Showing posts with label Utility. Show all posts
Showing posts with label Utility. Show all posts

100% Renewable Hawaii

SUBHEAD: 100% Renewable Hawaii" is inevitable - Your share will likely be what you have installed yourself.

By Juan Wilson on 1 May 2017 for Island Breath -
(http://islandbreath.blogspot.com/2017/05/100-renewable-hawaii.html)


Image above: Tour of system and battery array needed to power remote house in Alaska. From video below.

The good news is that we will achieve 100% renewable energy here in Hawaii fairly soon.

That news even reaches further abroad. The whole planet Earth will attain that goal sometime in the future as well.

The bad news is that here in Hawaii that will happen only as a result it not being economically feasible to get oil, gas or other sources of energy that can deliver 24 hours a day/ 7 days a week/ 365 days a year support for the power grids to our islands.

Then, as a result, we will have only what renewable energy we have installed before that date. Now there may be  plenty of PV panels on the roofs of homes, businesses and institutions in Hawaii, but only a fraction of that is supported with enough battery storage to get a site through the night, much less a few weeks of rainy weather.

Certainly, solar panel costs are a fraction of what they once were, and they could last thirty years.

But for electrical power self reliance, the battery storage capability is as important, and more ultimately more expensive than the PV panels. That's because most batteries won't last six or seven years. The best we have experienced has been ten years for 3 out of 4 of a set of AGM (glass-mat) sealed batteries.

For of the five of the seven PV systems we run our house on, we use  arrays of four 110 amp-hour deep cycle marine batteries. The oldest still operational were installed in late 2010.

The two battery arrays we use to;
1) operate the outlets and switches in the house through the old circuit board and
2) to run our refrigerator and freezer appliances; each use 8 AGM 6volt 410 amp-hour batteries. Those batteries are five years old and cost more than the solar panels that charge them.

And don't count on running your home system with a gas powered electric generator every night to get around the storage issue. That generator fuel won't be available in the quantity needed to run everybody's house through each night. You can count on the generator for not much longer than a short hurricane emergency with the fuel you have on hand.

Henry Curtis wrote in November 2016:
What if solar were the only energy source? Photo-voltaic panels could absorb light and convert it into electricity between 8 am and 5 pm.

During the intense middle part of the day, from 10 am to 2 pm, the supply would exceed the demand. The excess supply could be stored in an energy storage system, and be available for use from 5 pm to 8 am.

The home or business would use only solar power and hence the average solar penetration would be 100 percent. If in the middle of the day the solar electricity being generated were three times the demand, then the solar capacity would be 300 percent.

Hawaii PUC Commissioner Michael E. Champley asserted at the VERGE Hawaii 2016 conference addressed the issue.
“In reality, we`re probably going to need 300 plus percent renewable capacity, if we`re going to get to 100 percent renewable energy.” 
At the present rate of Hawaiian adoption of alternative energy it is unlikely that many will be prepared for a time when the grid on their island goes down and doesn't get up. Even those who are prepared might not have thought out the "arc of story" regarding industrial collapse.

There will come a time when the rare elements and raw materials used to make solar PV panels, charge controllers, inverters - and perhaps most critically storage batteries - will either be unaffordable or unavailable.

I speak of batteries as "being critical" because the panels have particularly long lives (assuming hurricane debris doesn't take them out) and the inverters and controllers, if used properly seem fairly rugged. It's the batteries that get ruined fast if you decide to keep the freezer going through just a few weeks of cloudy weather off-grid with just a single battery charge.

I often say running a solar powered house is like sailing a boat. On a boat the sailor has to be constantly aware of the wind direction and strength. At any moment the wind could change direction and strength and wreck his vessel.

So when I say "100% Renewable Hawaii" it is because it is inevitable - one way or another. And what power you have available will be because you installed an off-grid system.

But that off-grid system storage capability will degrade over time and you will not be able to fully replace it... and over time you will learn to live with less electricity -  and eventually just a little - and if you live long enough you might live here in Hawaii like the early Polynesians did - with no electricity.

But that's okay. You'll have been weaned.


Video above: "Off Grid Electricity in Remote Alaska". From (https://youtu.be/pij7SjOx4xA).

See also:
Ea O Ka Aina: Alaska turning to microgrids 3/6/17
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Make HEI pay us for going off grid

SOURCE: Ed Wagner (ed.j.wagner@gmail.com)
SUBHEAD: The Hawaii electric monopoly is a creation of our state government and could be changed legislatively.

By Tom Brandt on 23 September 2015 in Island Breath -
(http://islandbreath.blogspot.com/2015/09/make-hei-pay-us-for-going-off-grid.html)


Image above: Robin Hood and his men stop the wealthy Bishop of Hereford. Illustration by Howard Davie. From (http://mythfolklore.blogspot.com/2014/05/robin-hood-bishop-of-hereford.html).

[IB Publisher's note: This article wsa derived from a email interchange between Tom Brandt and Ed Wagner (among others). We have shortened and edited the piece hoping to make it more understandable to an outside reader.]

I am aware and agree that geothermal already is a viable, cost-effective, and POSSIBLY long-term environmentally-friendly source of at least utility-scale electricity. This might be by either directly  creating steam to power generators, or indirectly (via hydrogen production)  in many locations... possibly including Hawaii.

But, in my mind, the question remains unanswered whether or not the investment required to scale up geothermal to a level comparable to that required in the past to provide ALL of Hawaii with utility-scale fossil fuel power versus the investment required  to provide ALL of Hawaii with conventional utility-scale solar, wind, bio-mass renewable power is  more cost-effective.

It is not clear that geothermal is more environmentally "friendly", or customer friendly when considering emerging generation and storage techs for home solar voltaic.

These new and less costly stand alone solutions  will only ensure that the "utility death spiral" expected by many (including former US Energy Secy Steven Chu) is just a matter of "when" rather than "if".

These technologies may also promise increasing customer independence from ANY centralized utility-scale source or sources of not only electricity, but also ground and air transportation fuel.


Here in Hawaii we have a power generating monopoly. Hawaiian Electric Industries (HEI) now includes the Hawaiian Electric Company (HECO) on Oahu, the Maui Electric Company and the Hawaiian Electric Company on the Big Island. Only the Kauai Island Utility Cooperative (KIUC) is not part of HEI. Presently HEI is the target of a takeover by utility giant by NextEra. This does not bode well for renewable energy independence or lower utility costs in Hawaii.

Having said that, I realize that no one has a crystal ball capable of factoring in ALL of the many variables that have to be considered as we try to develop consensus on an optimal path forward. It is uncertain which combination of technologies, policies, and investments should receive highest priority going forward.

But it is precisely this uncertainty and complexity that compels me to favor a "contingency planning" approach that would prioritize a strategy that proves more resilient and flexible in the widest possible range of future scenarios.

That range would be from continued growth (continued "jobless" growth, and continued mostly low-wage job growth)  to various possible versions of social, economic, and/or environmental stagnation, decline, or collapse. We might even see some form of more fundamentally restructured or transformational futures.

From this perspective, I think smaller and more incremental investments in the best current and emerging distributed and decentralized power generation with stand alone storage may be the least financially risky and costly path, as well as the most flexible path.

Going forward that might not only minimize the cost of trying to reach our current goal of so-called 100% "renewable" energy, but also reduce customer costs and increase customer independence and self-reliance sooner and at less expense.

So, after trying to stimulate more thought and discussion, for the past 13 years, about converting our for-profit monopoly utilities to some form of non-profit customer or taxpayer ownership, I have more recently suggested we should also consider a "third" alternative to both continuation of our for-profit monopolies, as well as to converting them to non-profit entities.

The third alternative I now have in mind might immediately strike many as even more "out of the box" compared to even a buyout and conversion of HEI to non-profit ownership.

I think we should try to estimate the costs and benefits of actually subsidizing/paying the likely shrinking number of HEI customers who still not cannot afford the upfront costs of the generation and storage techs necessary to go "off the grid" themselves.

I expect as the "utility death spiral" runs its course, and the value of HEI stock to decline while borrowing costs are still near record-lows will be the time to act.

If this pencils out, I also think it is possible that pairing such subsidization of increasing defection from the legacy centralized grids with gradual replacement of legacy grids with newer, more decentralized, and possibly cheaper and more resilient/reliable micro-grids and nano-grids may be more cost-effective than EITHER:
1) hoping HEI or NextEra can deliver on suggestions, which are NOT guarantees, that asking customers to stay connected to their legacy grids, and then asking customers to pay for the cost of upgrading and "smartening" their grids, will eventually pay for itself at some unspecified point in the future, by at least reducing the need for future rate increases, if not actually lowering rates (and far more than the insignificant and even insulting amount of $5 to $7 per customer per month as recently estimated by NextEra);

OR

2)  using eminent domain and/or the Public Trust doctrine as the legal basis for compelling HEI to sell their electric utilities to their Hawaii customers and/or taxpayers instead of NextEra, and then using some combo of debt, equity, or on-bill financing to transfer ownership from HEI to public ownership on each Hawaiian island currently controlled by HEI.
I think the following current HEI revenue streams expenses could be used to help pay for the buyout WITHOUT necessarily having to increase electricity rates until they can potentially be lowered after the buyout is completed:
  1. The guaranteed dividends HEI currently has to pay to its shareholders from HEI's guaranteed profits (which will no longer be the case after the utilities become a non-profit);
  2. The exorbitant salaries and compensation packages HEI currently feels it must pay its executives in order to remain "competitive";
  3. Any taxes HEI must pay as a for-profit entity (that it would not have to pay as a non-profit);
  4. Any revenue received from its current customers that HEI  uses to make investments NOT related to lowering customer electric bills, improving service, and/or reducing our dependency on imported fossil fuels--which are intended to increase return on investment for its shareholders rather than benefit its customers;
  5. Any revenues received from HEI customers used to pay for public relations campaigns intended to convince HEI customers how "green" HEI intends to become, instead of spending that money on actually becoming more "green".
Finally, I think these current HEI revenue streams business expenses could also be used to subsidize the possibly shrinking future number of HEI customers who cannot afford to go "off the grid" themselves to go "off grid".

As the costs of decentralized generation, storage, and transmission technologies continue to decline we should reach 100% "renewable" energy well before our current target of 2045.

If possible, then the biggest unanswered questions of all may be these:
  • Could subsidizing a  shrinking number of future HEI customers to go off the grids at some "optimal" future point in time be cheaper and more efficient than first buying out the HEI utilities and converting them to some formof non-profit ownership?
  • And, if so, would it be legally and financially feasible to compel HEI to do this in some way without first having to buy out the HEI utilities and convert them to some form of non-profit ownership?  While I realize this may strike most as implausible initially, the HEI monopoly is, after all, a creation of Hawaii's state government.
As such, why CAN'T we simply change this legislatively, and perhaps without HEI customers and taxpayers having to spend a dime to buy out HEI shareholders and executives?

All comments, questions, and criticisms are welcome. Contact: (tbhawaiiowan@aol.com)

Tom Brandt (former planning and economic development specialist for the State of Hawaii, and former Ph.D. candidate at UH-Manoa, currently working for the USDA Natural Resources Conservation Service)

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Energy exec sees distributed power

SUBHEAD: Duke Energy Ex-CEO wants to power the world with local distributed clean alternative energy.

By Bill Loveless on on 23 August 2015 for USA Today -
(http://www.usatoday.com/story/money/columnist/2015/08/20/loveless-jim-rogers-duke-energy/32057613/)


Image above: Duke Energy's Oconee Nuclear Plant near Seneca N.C. Duke says a rate increase is needed cover $141 million for safety and security measures at its nuclear station near Seneca N.C. From (http://gsabusiness.com/news/47660/print).

Jim Rogers spent 25 years as the chief executive of electric and natural gas utilities in the U.S., the last seven as head of Duke Energy, the biggest electric power company in the country.

Now, in his retirement from the energy business, Rogers has taken on a new mission: Bringing electricity to the 1.2 billion people in the world who live without it.

In a new book, Lighting the World, Rogers calls for new steps by governments, financial institutions and entrepreneurs to bring light to remote areas in Africa and other regions where flickering candles and dangerous kerosene lamps are often the only options at night.

The book, which publisher St. Martin's Press plans to release Tuesday, lays out a vision that eschews the traditional approach to spreading electricity of constructing large coal, gas and nuclear power plants, and promotes instead a reliance on local production, small-scale connections and alternative forms of energy, such as solar panels, whose costs are coming down.

That may seem surprising coming from someone once responsible for developing and maintaining tens of billions of dollars in generating stations and transmission lines. But Rogers, who stepped down as Duke's CEO in 2013, says it shouldn't be.

"We can't bring electricity to the rural areas of the world using an old-fashioned industrial grid based on building more coal plants and running copper lines from timber pole to timber pole across Sub-Saharan Africa, or running cables underwater to connect the archipelago of Indonesia," Rogers writes. "The environment and financial impediments make that impossible.

Instead, we'll do it with modern technology: solar and other clean energy sources, new kinds of batteries, LED lights, efficient cook stoves and TVs, and plenty of innovations that now are surfacing."

Rogers and his co-author Stephen Williams, offer a number of examples of grass-roots efforts which are slowly introducing solar lamps and small solar-panel systems to villages and homes in Africa, India and other regions. Among them are Solar Sister, which trains women as sales agents for solar systems in Uganda, Tanzania and Nigeria, and Green Villages, which for small fees provides solar lamps in remote parts of India as well as local solar charging stations for cell phones.

Rogers himself is the co-founder of the Global BrightLight Foundation, a non-profit organization that has distributed more than 60,000 combination solar lanterns and phone chargers in eight countries including Rwanda, Uganda, Haiti and Guatemala.

But all of these efforts, while commendable, are insufficient, he says. To scale up the response, Rogers calls for governments in the low-income world to designate locally owned and operated franchises with exclusive rights to sell solar systems and other energy services within specified areas, a move he says would enable private companies to attract the capital necessary to bring electricity to the people.

"What is missing today is the political will to create these franchise areas alongside the state-owned utilities," he says. "As of now, the state-owned enterprises don't have the capital to expand into rural areas. These franchises will let private business raise those funds. There's enough money available in government aid programs, investment capital, and development finance to address the issue."

Rogers criticizes the World Bank, the Overseas Private Investment Corporation and the Obama administration for programs that aim to electrify poor nations, but focus primarily on massive central power stations controlled by state enterprises.

"Right now, the U.S. program, called Power Africa, is only using $1 billion of $7 billion allocated for the program for distributed, renewable generation in rural areas," Rogers says. "I think much more of this money should flow to those underserved areas. We have to convince government agencies that they'll get more bang for every dollar invested in distributed energy generation than from grid-based systems."

Ultimately, the U.S. and other Western nations may learn from electricity innovations in the Third World as they seek solutions to curbing carbon emissions that contribute to climate change, he adds. After all, it's easier to build a new sort of electricity network from the ground up than to overhaul an older, massive system.

"I try to keep the rural poor in mind when I think about power. First, I feel grateful for what we have here in the United States, which became nearly fully electrified back in the 1930s and 1940s, under the federal government's Rural Utilities Service. And second, I feel obligated to help bring electric power to those around the world who don't have it. But I hope to find a way to deliver it that doesn't involve the heavy pollution of power plants, or the complex grid of electrical wires,"

Rogers says;
"It's very clear to me that the system of electric power we have in North America and Europe, which is now being instituted in much of China and India and elsewhere, is not sustainable for the future of the planet. So we're going to have to figure out something else, and soon."

Read more here: http://www.miamiherald.com/opinion/letters-to-the-editor/article31697171.html#storylink=cpy

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NextEra & Heco play the PUC

SOURCE: John Bond (ewabond@gmail.com)
SUBHEAD: Inexplicably, the Hawaii Consumer Advocate has given NextEra an opportunity to file more direct testimony.

By Henry Curtis on 21 August 2015 for Ililani Media -
(http://ililanimedia.blogspot.com/2015/08/salvaging-heco-nextera-train-wreck.html)


Image above: Photo shows signs of degrading concrete at the aging Seabrook power plant in New Hampshire operated by NextEra. They sold off $760 million of hydro-electric power owned by Seabrook upstream of its cooling water reservoir in order to "concentrate" on "areas with greater growth potential." From (http://enformable.com/2012/04/nextera-and-nrc-to-continue-monitoring-asr-degradation-at-seabrook-station-nuclear-power-plant/).

The Hawaii Public Utilities Commission (PUC) is conducting a contested case proceeding involving NextEra's proposed takeover of the Hawaiian Electric Companies (HECO and subsidiaries MECO and HELCO). The Consumer Advocate is by law a party to the proceedings. The Commission also granted party status to twenty nine intervenors, of whom one has withdrawn.

Twenty eight intervenors from all sectors of society submitted direct testimony in the merger proceedings. All of the intervenors asserted that NextEra's bid to takeover HECO is a bad deal as it is currently configured.

The intervenors include three levels of government (federal, state and county) and three utilities (water, gas and electric). The intervenors include a union, environmental and cultural groups, trade groups, and renewable and fossil fuel companies. (See analysis of testimony from Maui County, Hawaii County, Office of Planning, DBEDT, Department of Defense)

The Governor then asserted that the deal was bad. “We are taking the position that the merger as proposed at this point is unacceptable.”

Three weeks later the Consumer Advocate filed their testimony. Almost every news agency concluded that the Consumer Advocate agreed with all other consumers, the deal is bad. This blog asserted that the Consumer Advocate's testimony could be interpreted as laying out the path towards making the deal acceptable. (Consumer Advocate: Hedging their bets regarding the merger)

On August 31 NextEra will file their rebuttal testimony. By law they must restrict their filing to rebutting adversarial testimony. They may not file responses that supports or reinforces friendly testimony. They may not file new direct testimony.

On August 19, 2015, one month after the 28 intervenors filed their direct testimony, one week after the Consumer Advocate filed their direct testimony, and 12 days before NextEra has to file their rebuttal testimony, the Consumer Advocate has given NextEra an opportunity to file more direct testimony.

The Consumer Advocate is proposing a new procedural step, number five.

1
Applicants’ Direct Testimony
2
Intervenors Direct Testimony
3
Consumer Advocate’s Direct Testimony
4
Applicants’ Responsive (Rebuttal) Testimony
5
Applicants’ New Testimony

The Consumer Advocate wants NextEra CEO Jim Robo and Hawaiian Electric Industries CEO Constance "Connie" Lau to become witnesses.

"Mr. Robo possesses knowledge and information that only he can know and possess concerning the circumstances, events, rationale, and reasoning that resulted in NextEra deciding to acquire the Hawaiian Electric Companies.

Consequently, Mr. Robo, through his personal appearance and testimony, would provide information, evidence, and exchanges which are material and relevant to the issues and questions raised by the Commission."

"Constance H. Lau serves as the President and Chief Executive Officer of HEI. In her capacity as President and Chief Executive Officer of HEI, Ms. Lau made critical decisions that resulted in the merger agreement for acquisition of the Hawaiian Electric Companies by NextEra.

Accordingly, Ms. Lau possesses knowledge and information that only she can know and possess concerning the circumstances, events, rationale, and reasoning that resulted in NextEra’s decision to acquire the Hawaiian Electric Companies."

The Consumer Advocate is not asking for the right to file Information Requests upon two people with key knowledge of the proposed merger. Instead they are asking for the right "to take testimony."

"The Consumer Advocate hereby informs the Commission that it has provided written notice ...to James L. Robo and Constance H. Lau indicating the Consumer Advocate’s intent to take testimony by deposition upon oral examination.

The Consumer Advocate notes that the Commission’s rules do not provide specific procedures or guidance related to the taking of depositions, thus ...if the Commission deems necessary, the Consumer Advocate seeks an order requiring that the following individuals be made available for oral deposition."

On the one hand the two witnesses could reinforce what is already known. The deal is bad and should be rejected. But the record already contains tens of thousands of pages that comes to that conclusion. So say 28 intervenors and the Governor. Additional testimony is not needed.

Or the Consumer Advocate could be trying to find a way to salvage the deal.

Historically, in PUC administrative proceedings in which intervenors were permitted into a regulatory proceeding by the PUC, the Consumer Advocate has signed a settlement agreement with the utility prior to the Evidentiary Hearing. The Consumer Advocate and the utility have agreed not to question each others witnesses.

In many of these cases the Consumer Advocate has taken positions that appeared to be more hard-lined than the utility, that is, the utility position is more reasonable.

In this case, Robo and Lau would be entering direct testimony into the record after the deadline for the intervenors to file their testimony. It could either do little or could tilt the playing field against the public and interfere with the due process rights of intervenors.



$1 Billion hit seen for Ratepayers
SUBHEAD: Nextera using cost control gimmick to soak ratepayers in Hew Hampshire.

By Dave Solomon on 13 Janury 2015 for N.H. Union Leader - 
(http://www.unionleader.com/article/20150201/NEWS05/150209956/0/NEWS02)


Image above: NextEra's website's touched-up idyllic shot of their Seakbrook nuclear plant - the same kind of General Electric boiling water reactors that were built at Fukushima Daiichi, Japan and now poisoning the pacific Ocean.


New England ratepayers will soon be on the hook for a new transmission project that could cost as much as $1 billion when all costs are in, with two energy giants competing for the opportunity. In an unusual move for the regulated utility business, one has guaranteed to get the project done within its bid price, or make up the difference.

A decision by the organization that runs the New England power grid, ISO-NE, is due on February 18th, and the lobbying is reaching a fever pitch. New Hampshire and three other New England states recently urged ISO to consider the cost guarantee in its deliberations.

The upcoming decision on the Greater Boston and Southern New Hampshire Reliability Project is being carefully watched in the six-state region. The outcome could do more than decide who gets to build new and much-needed transmission lines, and collect a guaranteed return of about 10 percent in the process.

It could change the way transmission projects are evaluated to the benefit of ratepayers, according to a wide range of voices that have weighed in on the process.

In one corner stands PSNH owner Northeast Utilities, its partner National Grid, and their AC Plan (for alternating current).

In the other corner is the Florida-based challenger, Nextera - an outgrowth of Florida Power and Light - owner of the Seabrook Station nuclear power plant. Nextera has created a subsidiary - New Hampshire Transmission - to develop, build and manage their project, called SeaLink.

The AC Plan calls for new overhead lines in existing rights of way through Tewksbury, Andover and Dracut, Mass., and Pelham, Hudson, Windham and Londonderry; two new underground cables through several Massachusetts communities, including Boston; and upgrades to existing lines.

The SeaLink plan calls for 68 miles of direct current cable running mostly along the ocean floor, from Seabrook Station to the Mystic substation in Everett, Mass., with 18 miles of line on land buried underground and upgrades to existing lines.

Cost analysis in dispute
Whichever project is approved will be deemed necessary for grid reliability and could obtain property by eminent domain if necessary. But neither the AC Plan nor the Sea Link plan require land-taking, as one relies on existing rights of way and the other is under water or underground.

The biggest issue is cost. And on that score, things are not looking so good for the SeaLink proposal. An independent study of both proposals commissioned by ISO was released in November, and concluded the AC Plan would cost $510 million, compared to $770 million for SeaLink. Both require an additional $221 million in upgrades to existing transmission lines.

The ISO decision on such a project can be nuanced by various factors when the cost estimates are fairly close, according to ISO officials, but when the gap is so wide, cost becomes a pre-eminent factor.

In a letter to SeaLink in December, the ISO outlined eight different criteria it could use in evaluating the two projects, but then went on to say, "However, these factors are typically only utilized where costs are comparable. Where there is a significant cost gap, and each project addresses the identified needs, the ISO will normally make its determination ... based on estimated project costs."

The SeaLink team says the consultant's evaluation was flawed - that the AC Plan costs are under-stated and the SeaLink estimate inflated.

New Hampshire Transmission has taken the unusual step of guaranteeing in writing to ISO that it will build the SeaLink project for $679 million, and will take responsibility for every dime over that amount, according to Matt Valle, NHT president.

That's still more than the $510 million estimate for the AC Plan, but the folks at NHT are claiming it's unlikely the AC Plan will come in at that cost, given what they called a history of cost-overruns on transmission projects in New England.

Late last week, they presented ISO with an analysis of power line projects from 2004 through 2012, claiming that 11 projects by NU or National Grid estimated to cost a combined $2.2 billion ended up costing ratepayers $3.9 billion.

Cost-cap called gimmick
Spokesmen for NU and National Grid disputed that analysis. "We have no idea where those NHT numbers come from," they wrote in an email. "NHT has previously made statements and allegations based on their assumptions about our proposed solution that we have shown to be factually incorrect."

Whatever the cost overruns were, the ratepayers took the hit.

As long as regulators deem the costs were "prudent," utilities are free to exceed their estimates by any amount, and the result is reflected in rates. That puts all the risk on ratepayers, and none on the project builders, according to Valle.

"Until we put this offer on the table, customers were bearing the full risk of cost overruns," he said, "which we demonstrate in our analysis happens a lot in New England."

NU spokesman Martin Murray said the NU/National Grid consortium has no plan to put a cost-containment proposal on the table.

"We really think that this so-called cost cap that they have proposed is a gimmick or an artifice to distract from the fact that there is a quarter of a billion dollar price gap between the two sets of solutions," he said. "ISO doesn't have a process by which it can consider that sort of letter."

And that's the rub, according to a wide range of regulators and governmental officials at the local and state level who have weighed in on the process over the past year. (See related story)

"This idea of transmission projects having cost containment is not new in the industry," said Valle. "It's being done in California, New York and in the (13-state) PJM market. Entities are proposing cost-containment and have been selected on that basis. There is no gimmick here."

Michael Harrington, a former Public Utilities commissioner for New Hampshire and now a private energy consultant, has had a behind-the-scenes look at the transmission construction process, which he said is rife with cost overruns. "The estimates are routinely way short of actual costs and there is no penalty," he said. "It's a huge amount of money ... billions of dollars in New England."

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Solar Power in Australia

SUBHEAD: I would say the government in some sense has done its best to kill the solar industry and failed.

By Jo Chandler on 15 June 2015 for e360 Yale -
(http://e360.yale.edu/feature/despite_hurdles_solar_power_in_australia_is_too_robust_to_kill/2884/)


Image above: Nyngan solar array in Australia built in 2014 has 1.4 million photovoltaic panels. From (http://www.solarsunwerx.com.au/latest-news/new-nyngan-solar-plant-is-ten-times-bigger-than-anything-weve-seen).

[IB Publisher's note: Solar PV may never reach the goal of fully replacing fossil fuels for our energy "requirements", but it will one of the few sources left after we're on the downward backslope of Peak Oil. The more in place soon the better for a smooth transition away from industrialized capitalism. See Ea O Ka Aina: Cautionary Solar Tale 6/8/15]

No nation has as high a penetration of residential solar as Australia, with one in five homes now powered by the sun. And while the government has slashed incentives, solar energy continues to grow, thanks to a steep drop in the cost of PV panels and the country’s abundant sunshine.

When her latest electricity bill arrived, Melbourne homeowner Roslyn Guy framed it for proud display. Her $5,000 (Australian) investment in a rooftop solar system on her beachside home on Australia’s southeast coast had covered her steep quarterly bill and then some, banking $157 in credit for the power fed into the grid over the system’s first three months of operation.

Although Guy’s motives in going solar were more long-term environmental than short-term financial, she’d done the numbers and figured the system would pay for itself within 10 years — maybe earlier given rapidly emerging battery technologies, which would allow her to bank energy captured during the day to draw on in the evening, when grid power is most in demand and most expensive. Her plan was to lock in a clean, cheap power supply in time for her looming retirement, but at this rate she’d break even quicker than she’d bargained.

She was, therefore, a bit deflated by the next piece of correspondence from the power company, a note advising that it had mistakenly paid her — and an undisclosed number of other momentarily happy customers — 33 cents per kilowatt-hour for the energy they had generated, when the rate had been lowered to a mere 8 cents as over-subscribed incentive schemes were pared back. Guy got to keep the bungled bonus, but braced for much more modest returns in future bills.

The episode provides an apt footnote to the wild ride of Australia’s vibrant domestic solar scene since it started powering up in 2008. A decade ago, only a few thousand homes in the country had solar systems. Today, 1.4 million Australian homes have photovoltaic panels on their roofs; 182,000 new solar PV systems were installed last year alone. “The rollout of residential power in Australia is unparalleled in the world,” says Ric Brazzale, a renewables analyst at Green Energy Markets.

It’s a landscape experts say is potent with lessons about how to make — or break — a renewables market, as illustrated in these graphs tracking solar energy growth against various incentive schemes. In the end, solar power technology has seized its place in the sun as a serious and sustainable player in Australia. But analysts disagree furiously about what the Australian experience teaches about the merits of how best to get to a renewable energy future.

A report published last month by a respected public policy think tank argued that the costs of Australia’s solar boom will outweigh the benefits to the tune of $9 billion by the time solar incentives are phased out in 2028. Most of that money will come from other consumers in the form of financial incentives for solar power. “It’s true the schemes have reduced emissions but at a very high price — we could have found much cheaper ways to tackle climate change,” co-author and Grattan Institute Energy program director Tony Wood said in a statement launching the report.

His analysis ignited scathing critiques, with University of Queensland economist John Quiggin arguing it was so “totally wrong” it should be retracted, and solar champions dismissing it as desperate old energy railing against the inevitable.

The heat and fury is unsurprising given the stakes. Although the total capacity of the solar sector in Australia is still modest — 5,000 gigawatts, or 2.1 percent of total electricity generation — the sheer numbers of household players makes it a proving ground for innovations in solar technology, design, and marketing. As these developments begin to empower citizens — even entire rural communities — to wean off the centralized grid, it offers a glimpse of the next chapter of the solar story.

Unlike many international markets, the Australian solar photovoltaic scene is predominantly residential, with commercial and large-scale solar installations only now gaining traction.

Household enthusiasm for solar in Australia boomed courtesy of a two-year windfall era, beginning in late 2009, of generous feed-in tariffs, under which the states and territories agreed to purchase renewable energy produced by homeowners at up to 60 cents per kilowatt-hour.

“The initial setting of feed-in tariffs, at a time when solar PV installations were minimal, was deliberately generous,” explains Quiggin. He said that the tariffs, designed to encourage households to invest in renewables, led to far more homeowners installing PV panels than anticipated. As a result, one in five Australian homeowners has installed solar energy panels, the highest penetration of PV panels in the world. In the states of Queensland and South Australia, aggressive policy support has pushed saturation levels of home solar in suitable owner-occupied dwellings to as high as 40 percent.

By 2012 the various states were scrambling to scale back the incentives. One equitable step, says Quiggin, would have been to reduce the feed-in tariff to the retail price of grid energy — around 22 cents. But the utilities had overinvested in grid expansion in anticipation of customers continuing to buy coal-generated electricity. Saddled with those expenses, the utilities lobbied successfully to reduce the feed-in tariffs to the wholesale price paid to generators, Quiggin said.

Australia has so much coal — more than 86 per cent of the nation’s power still comes from fossil fuels — that it has some of the lowest wholesale electricity prices in the world. Yet the retail price of electricity ranks among the highest, chiefly as a consequence of the network costs required to maintain its expensive and expansive old coal-dominated power grid. It’s the fallout of “the catastrophic mess made of electricity policy, bad decisions back in the 1990s when no one was thinking about solar at all,” says Quiggin.

So it is that now solar owners get paid 5 to 8 cents per kilowatt-hour for their power, far less than the retail price of grid energy. The boom cycled into a bust, with small-scale solar installations slowing significantly, last year finishing at half what they were at the 2011 peak. “We’re now just getting to some sort of equilibrium,” Brazzale says.

The readjustments mean that the gap between what a customer gets paid for the solar power they export to the grid compared to what they pay for Australia’s high-priced centralized electricity is the largest in the world. Recognizing that solar system owners now have little incentive to sell their power, a wave of companies are starting to roll out affordable batteries and storage to encourage homeowners to keep and consume the energy they collect.

Brazzale is betting that by 2030, half of Australia’s homes will have solar power, and that solar energy installations this year will be the highest ever — 1,058 megawatts — as utility-scale solar power stations and commercial players pick up the domestic market slack.

This comes despite 14 months of inertia in the renewable sector as a consequence of the conservative federal government’s ambivalence on resetting renewable energy targets, a delay that Quiggin estimates killed off 8,000 kilowatt-hours of renewables before a lower, revised target for 2020 was finally set last month.

The current government of Prime Minister Tony Abbott has a record of being cool on climate action. It axed the nation’s unpopular carbon pricing system — introduced by the previous Labor government — and dismantled the expert Climate Commission and slashed funding for the Australian Renewable Energy Agency. Abbott once opined that human-induced climate change was “crap,” though he says he now takes it “very seriously.

Prevailing political winds aside, it’s hard to imagine a country with a more auspicious set of conditions for solar power: plentiful sunshine (Australia has the highest average solar radiation per square meter of any continent) and sprawling, wealthy cities populated with detached housing.

High home electricity bills have also been a potent driver of Australia’s domestic solar boom, particularly in struggling rural and regional areas and in new suburbs. The solar industry got another boost, even as government incentives closed down, when the price tags on PV systems crashed, largely courtesy of developments outside Australia. Incentives in pace-setting nations like Germany and Spain produced economies of scale that have fueled the Australian boom, with renewables experts declaring the domestic solar market was well beyond grid parity three years ago.

Melbourne-based solar impresario Jeremy Rich, who last year sold his successful installation business to U.S. giant SunEdison, says “when we started the business 12 years ago, solar was $12 a watt, now it’s $2 a watt.” Premium-grade domestic systems have a price tag in the $5,000-$6,000 range. Payback times vary with state incentives and geography, from just over four years in the hot and steamy Northern Territory, to almost 11 years in temperate, southernmost Tasmania.

“People feel it is more expensive now to go solar because they’re not getting the [government] rebate,” says Rich. “But who cares? It’s [still] cheaper.” His business, Energy Matters, a major installer of solar PV systems, is now marketing solar leasing schemes in which customers buy the power generated on their roofs, but don’t own the panels. It’s a common practice in parts of the U.S., but a novelty in Australia, and representative of the kind of seismic shakeup being predicted by solar power analysts.

“Consumers here don’t understand this yet,” says Rich. “We’re trying to educate the market, and people are stuck in the mindset that they need to buy the panels. We put the panels on your roof, but we own them and we sell you the power for 20 or 30 percent cheaper than on your [old energy] bill. The risk is all on us.” Rich says SunEdison’s venture onto the Australian scene signals confidence in its potential despite all the political uncertainty and the muscular posturing of old-school energy.

In April, a report by the World Wildlife Fund, in collaboration with the Australian National University, argued that with the prices of solar and wind technology falling so dramatically, Australia was well placed to reduce emissions at low cost — sourcing 100 percent of its energy from renewables by 2050 without depressing economic growth.

A new survey identifies solar energy as the most popular source of electricity in Australia, with solar panels gaining support from 87 percent of respondents. “There are a bunch of feel-good factors that go with solar,” says Quiggin. “You have more than a million people out there thinking they are doing the right thing. It’s made the politics of attacking renewables much more difficult than the current government anticipated.”

Giles Parkinson, editor of the clean technology and climate website Reneweconomy.com.au, wrote in The Guardian last month that Australia’s old-energy powerhouses were signaling a shift in attitudes and are talking of a future dominated by solar and microgrids.

“Where once [leading power retailer] AGL energy demonized solar tariffs as a ‘scam,’” wrote Parkinson, “it is now offering to buy a solar system for its customers and stick it on their roof … even buy you a battery system. ... Solar has won. It’s just that some people don’t know it yet.”

Quiggin is also optimistic, he says:
“You can never tell with policy. But I would say the government in some sense has done its best to kill the industry and failed.”

Whisper of the Shutoff Valve

SUBHEAD: Outside that narrowing circle of elites the number of economic nonpersons will grow steadily - one shutoff notice at a time.

By John Michael Greer on 6 May 2015 for Archdruid Report - 
(http://thearchdruidreport.blogspot.com/2015/05/the-whisper-of-shutoff-valve.html)


Image above: Detroit home site without water to fight fires. From article claiming it is a human right to be able to access clean water wherever it is available (http://www.forwardprogressives.com/detroit-water-shut-violation-human-rights/).

Last week’s post on the impending decline and fall of the internet fielded a great many responses. That was no surprise, to be sure; nor was I startled in the least to find that many of them rejected the thesis of the post with some heat. Contemporary pop culture’s strident insistence that technological progress is a clock that never runs backwards made such counterclaims inevitable.

Still, it’s always educational to watch the arguments fielded to prop up the increasingly shaky edifice of the modern mythology of progress, and the last week was no exception. A response I found particularly interesting from that standpoint appeared on one of the many online venues where Archdruid Report posts appear.

One of the commenters insisted that my post should be rejected out of hand as mere doom and gloom; after all, he pointed out, it was ridiculous for me to suggest that fifty years from now, a majority of the population of the United States might be without reliable electricity or running water.

I’ve made the same prediction here and elsewhere a good many times. Each time, most of my readers or listeners seem to have taken it as a piece of sheer rhetorical hyperbole. The electrical grid and the assorted systems that send potable water flowing out of faucets are so basic to the rituals of everyday life in today’s America that their continued presence is taken for granted

At most, it’s conceivable that individuals might choose not to connect to them; there’s a certain amount of talk about off-grid living here and there in the alternative media, for example. That people who want these things might not have access to them, though, is pretty much unthinkable.

Meanwhile, in Detroit and Baltimore, tens of thousands of residents are in the process of losing their access to water and electricity.

The situation in both cities is much the same, and there’s every reason to think that identical headlines will shortly appear in reference to other cities around the nation. Not that many decades ago, Detroit and Baltimore were important industrial centers with thriving economies. Along with more than a hundred other cities in America’s Rust Belt, they were thrown under the bus with the first wave of industrial offshoring in the 1970s.

The situation for both cities has only gotten worse since that time, as the United States completed its long transition from a manufacturing economy producing goods and services to a bubble economy that mostly produces unpayable IOUs.

These days, the middle-class families whose tax payments propped up the expansive urban systems of an earlier day have long since moved out of town. Most of the remaining residents are poor, and the ongoing redistribution of wealth in America toward the very rich and away from everyone else has driven down the income of the urban poor to the point that many of them can no longer afford to pay their water and power bills.

City utilities in Detroit and Baltimore have been sufficiently sensitive to political pressures that large-scale utility shutoffs have been delayed, but shifts in the political climate in both cities are bringing the delays to an end; water bills have increased steadily, more and more people have been unable to pay them, and the result is as predictable as it is brutal.

The debate over the Detroit and Baltimore shutoffs has followed the usual pattern, as one side wallows in bash-the-poor rhetoric while the other side insists plaintively that access to utilities is a human right. Neither side seems to be interested in talking about the broader context in which these disputes take shape. There are two aspects to that broader context, and it’s a tossup which is the more threatening.

The first aspect is the failure of the US economy to recover in any meaningful sense from the financial crisis of 2008. Now of course politicians from Obama on down have gone overtime grandstanding about the alleged recovery we’re in. I invite any of my readers who bought into that rhetoric to try the following simple experiment.

Go to your favorite internet search engine and look up how much the fracking industry has added to the US gross domestic product each year from 2009 to 2014. Now subtract that figure from the US gross domestic product for each of those years, and see how much growth there’s actually been in the rest of the economy since the real estate bubble imploded.

What you’ll find, if you take the time to do that, is that the rest of the US economy has been flat on its back gasping for air for the last five years.

What makes this even more problematic, as I’ve noted in several previous posts here, is that the great fracking boom about which we’ve heard so much for the last five years was never actually the game-changing energy revolution its promoters claimed; it was simply another installment in the series of speculative bubbles that has largely replaced constructive economic activity in this country over the last two decades or so.

What’s more, it’s not the only bubble currently being blown, and it may not even be the largest.

We’ve also got a second tech-stock bubble, with money-losing internet corporations racking up absurd valuations in the stock market while they burn through millions of dollars of venture capital.

We’ve got a student loan bubble, in which billions of dollars of loans that will never be paid back have been bundled, packaged, and sold to investors just like all those no-doc mortgages were a decade ago; car loans are getting the same treatment; the real estate market is fizzing again in many urban areas as investors pile into another round of lavishly marketed property investments. Well, I could go on for some time.

It’s entirely possible that if all the bubble activity were to be subtracted from the last five years or so of GDP, the result would show an economy in freefall.

Certainly that’s the impression that emerges if you take the time to check out those economic statistics that aren’t being systematically jiggered by the US government for PR purposes.

The number of long-term unemployed in America is at an all-time high; roads, bridges, and other basic infrastructure is falling to pieces; measurements of US public health—generally considered a good proxy for the real economic condition of the population—are well below those of other industrial countries, heading toward Third World levels

Abandoned shopping malls litter the landscape while major retailers announce more than 6000 store closures. These are not things you see in an era of economic expansion, or even one of relative stability; they’re markers of decline.

The utility shutoffs in Detroit and Baltimore are further symptoms of the same broad process of economic unraveling. It’s true, as pundits in the media have been insisting since the story broke, that utilities get shut off for nonpayment of bills all the time. It’s equally true that shutting off the water supply of 20,000 or 30,000 people all at once is pretty much unprecedented.

Both cities, please note, have had very large populations of poor people for many decades now.

Those who like to blame a “culture of poverty” for the tangled relationship between US governments and the American poor, and of course that trope has been rehashed by some of the pundits just mentioned, haven’t yet gotten around to explaining how the culture of poverty all at once inspired tens of thousands of people who had been paying their utility bills to stop doing so.

There are plenty of good reasons, after all, why poor people who used to pay their bills can’t do so any more. Standard business models in the United States used to take it for granted that the best way to run the staffing dimensions of any company, large or small, was to have as many full-time positions as possible and to use raises and other practical incentives to encourage employees who were good at their jobs to stay with the company.

That approach has been increasingly unfashionable in today’s America, partly due to perverse regulatory incentives that penalize employers for offering full-time positions, partly to the emergence of attitudes in corner offices that treat employees as just another commodity. (I doubt it’s any kind of accident that most corporations nowadays refer to their employment offices as “human resource departments.” What do you do with a resource? You exploit it.)

These days, most of the jobs available to the poor are part-time, pay very little, and include nasty little clawbacks in the form of requirements that employees pay out of pocket for uniforms, equipment, and other things that employers used to provide as a matter of course.

Meanwhile housing prices and rents are rising well above their post-2008 dip, and a great many other necessities are becoming more costly—inflation may be under control, or so the official statistics say, but anyone who’s been shopping at the same grocery store for the last eight years knows perfectly well that prices kept on rising anyway.

So you’ve got falling incomes running up against rising costs for food, rent, and utilities, among other things. In the resulting collision, something’s got to give, and for tens of thousands of poor Detroiters and Baltimoreans, what gave first was the ability to keep current on their water bills. Expect to see the same story playing out across the country as more people on the bottom of the income pyramid find themselves in the same situation.

What you won’t hear in the media, though it’s visible enough if you know where to look and are willing to do so, is that people above the bottom of the income pyramid are also losing ground, being forced down toward economic nonpersonhood. From the middle classes down, everyone’s losing ground.

That process doesn’t continue any further than the middle class, to be sure. It’s been pointed out repeatedly that over the last four decades or so, the distribution of wealth in America has skewed further and further out of balance, with the top 20% of incomes taking a larger and larger share at the expense of everybody else.

That’s an important factor in bringing about the collision just described. Some thinkers on the radical fringes of American society, which is the only place in the US you can talk about such things these days, have argued that the raw greed of the well-to-do is the sole reason why so many people lower down the ladder are being pushed further down still.

Scapegoating rhetoric of that sort is always comforting, because it holds out the promise—theoretically, if not practically—that something can be done about the situation. If only the thieving rich could be lined up against a convenient brick wall and removed from the equation in the time-honored fashion, the logic goes, people in Detroit and Baltimore could afford to pay their water bills!

I suspect we’ll hear such claims increasingly often as the years pass and more and more Americans find their access to familiar comforts and necessities slipping away. Simple answers are always popular in such times, not least when the people being scapegoated go as far out of their way to make themselves good targets for such exercises as the American rich have done in recent decades.

John Kenneth Galbraith’s equation of the current US political and economic elite with the French aristocracy on the eve of revolution rings even more true than it did when he wrote it back in 1992, in the pages of The Culture of Contentment.

The unthinking extravagances, the casual dismissal of the last shreds of noblesse oblige, the obsessive pursuit of personal advantages and private feuds without the least thought of the potential consequences, the bland inability to recognize that the power, privilege, wealth, and sheer survival of the aristocracy depended on the system the aristocrats themselves were destabilizing by their actions—it’s all there, complete with sprawling overpriced mansions that could just about double for Versailles.

The urban mobs that played so large a role back in 1789 are warming up for their performances as I write these words; the only thing left to complete the picture is a few tumbrils and a guillotine, and those will doubtless arrive on cue.

The senility of the current US elite, as noted in a previous post here, is a massive political fact in today’s America. Still, it’s not the only factor in play here. Previous generations of wealthy Americans recognized without too much difficulty that their power, prosperity, and survival depended on the willingness of the rest of the population to put up with their antics.

Several times already in America’s history, elite groups have allied with populist forces to push through reforms that sharply weakened the power of the wealthy elite, because they recognized that the alternative was a social explosion even more destructive to the system on which elite power depends.

I suppose it’s possible that the people currently occupying the upper ranks of the political and economic pyramid in today’s America are just that much more stupid than their equivalents in the Jacksonian, Progressive, and New Deal eras. Still, there’s at least one other explanation to hand, and it’s the second of the two threatening contextual issues mentioned earlier.

Until the nineteenth century, fresh running water piped into homes for everyday use was purely an affectation of the very rich in a few very wealthy and technologically adept societies. Sewer pipes to take dirty water and human wastes out of the house belonged in the same category.

This wasn’t because nobody knew how plumbing works—the Romans had competent plumbers, for example, and water faucets and flush toilets were to be found in Roman mansions of the imperial age. The reason those same things weren’t found in every Roman house was economic, not technical.

Behind that economic issue lay an ecological reality. White’s Law, one of the foundational principles of human ecology, states that economic development is a function of energy per capita.

For a society before the industrial age, the Roman Empire had an impressive amount of energy per capita to expend; control over the agricultural economy of the Mediterranean basin, modest inputs from sunlight, water and wind, and a thriving slave industry fed by the expansion of Roman military power all fed into the capacity of Roman society to develop itself economically and technically.

That’s why rich Romans had running water and iced drinks in summer, while their equivalents in ancient Greece a few centuries earlier had to make do without either one.

Fossil fuels gave industrial civilization a supply of energy many orders of magnitude greater than any previous human civilization has had—a supply vast enough that the difference remains huge even after the vast expansion of population that followed the industrial revolution. There was, however, a catch—or, more precisely, two catches.

To begin with, fossil fuels are finite, nonrenewable resources; no matter how much handwaving is employed in the attempt to obscure this point—and whatever else might be in short supply these days, that sort of handwaving is not—every barrel of oil, ton of coal, or cubic foot of natural gas that’s burnt takes the world one step closer to the point at which there will be no economically extractable reserves of oil, coal, or natural gas at all.

That’s catch #1. Catch #2 is subtler, and considerably more dangerous. Oil, coal, and natural gas don’t leap out of the ground on command. They have to be extracted and processed, and this takes energy.

Companies in the fossil fuel industries have always targeted the deposits that cost less to extract and process, for obvious economic reasons. What this means, though, is that over time, a larger and larger fraction of the energy yield of oil, coal, and natural gas has to be put right back into extracting and processing oil, coal, and natural gas—and this leaves less and less for all other uses.

That’s the vise that’s tightening around the American economy these days. The great fracking boom, to the extent that it wasn’t simply one more speculative gimmick aimed at the pocketbooks of chumps, was an attempt to make up for the ongoing decline of America’s conventional oilfields by going after oil that was far more expensive to extract.

The fact that none of the companies at the heart of the fracking boom ever turned a profit, even when oil brought more than $100 a barrel, gives some sense of just how costly shale oil is to get out of the ground. The financial cost of extraction, though, is a proxy for the energy cost of extraction—the amount of energy, and of the products of energy, that had to be thrown into the task of getting a little extra oil out of marginal source rock.

Energy needed to extract energy, again, can’t be used for any other purpose. It doesn’t contribute to the energy surplus that makes economic development possible. As the energy industry itself takes a bigger bite out of each year’s energy production, every other economic activity loses part of the fuel that makes it run.

That, in turn, is the core reason why the American economy is on the ropes, America’s infrastructure is falling to bits—and Americans in Detroit and Baltimore are facing a transition to Third World conditions, without electricity or running water.

I suspect, for what it’s worth, that the shutoff notices being mailed to tens of thousands of poor families in those two cities are a good working model for the way that industrial civilization itself will wind down. It won’t be sudden; for decades to come, there will still be people who have access to what Americans today consider the ordinary necessities and comforts of everyday life; there will just be fewer of them each year.

Outside that narrowing circle, the number of economic nonpersons will grow steadily, one shutoff notice at a time.

As I’ve pointed out in previous posts, the line of fracture between the senile elite and what Arnold Toynbee called the internal proletariat—the people who live within a failing civilization’s borders but receive essentially none of its benefits—eventually opens into a chasm that swallows what’s left of the civilization.

Sometimes the tectonic processes that pull the chasm open are hard to miss, but there are times when they’re a good deal more difficult to sense in action, and this is one of these latter times. Listen to the whisper of the shutoff valve, and you’ll hear tens of thousands of Americans being cut off from basic services the rest of us, for the time being, still take for granted.

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Klein at UH on HECO

SOURCE: Ed Wagner (ed.j.wagner@gmail.com)
SUBHEAD: Author Naomi Klein delivers inspiring speech at University of Hawaii faulting HECO for blocking solar energy.

By Nathan Eagle on 26 February 2015 for Civil Beat -
(http://www.civilbeat.com/2015/02/renowned-climate-change-author-faults-heco-for-blocking-solar/)


Image above: From (http://www.theguardian.com/books/naomi-klein).

Award-winning journalist Naomi Klein blamed Hawaiian Electric Co. for limiting the progress of solar energy during a motivating speech Thursday evening at the University of Hawaii.

Klein, the author of the New York Times bestseller “The Shock Doctrine: The Rise of Disaster Capitalism,” packed not one but two auditoriums on campus. The overflow crowd watched a live video of her on a giant screen in one room as others watched live in another room.

“The profit motive is getting in the way of the transition that people want here,” Klein said, garnering applause.

She also stressed the need for the state to avoid getting hooked on liquefied natural gas, something HECO and politicians are moving toward despite all the warnings.

Rep. Cynthia Thielen introduced a measure to block LNG, noting the $200 million price tag to switch to a foreign-supplied fuel. Her bill stresses the need to put that money toward renewables, but it never received a hearing in the Legislature before dying this session.

She covered a wide range of topics related to climate change and capitalism during her talk, which wrapped up with a Q&A session. She touted recent successes on the national level, such as President Obama vetoing the Keystone pipeline bill, and the local level, like Maui voters passing a ballot measure to place a moratorium on GMO farming despite seed companies spending millions of dollars to defeat it.

Klein has been serving as the Dai Ho Chun distinguished chair in Arts & Sciences at UH Manoa. Her speech centered on the theme of new book, “This Changes Everything: Capitalism vs. The Climate,” another bestseller.

Her speech is expected to be aired multiple times on Olelo Community Media TV stations.



HECO must be non-profit

By Ed Wagner on 27 February 2015 in Island Breath - 
(http://islandbreath.blogspot.com/2015/02/klein-at-uh-on-heco.html)


Video above: This Changes Everything: Capitalism vs the Climate - Naomi Klein's book trailer. From (https://www.youtube.com/watch?v=WPQI1Lui42c).  Is Earth Fucked? The answer is a resounding YES!

This is what both HECOgate and HARTgate have done to us and will continue to do to us if HECO is not converted to public, non-profit power, and heads rolled at HART and the City Council, and the responsible individuals sent to prison for their crimes against the people and against Mother Earth because of their insatiable lust for and idolatry or worship of money as the sole source of gratification in life.

These people have sold their souls to the devil. The economies of the world and the Earth itself are being destroyed by rampant and uncontrolled capitalism with the goal of money at all costs.

The ratepayers must organize a massive march and rally at the Capitol to stop this madness before it is too late.

Ms. Klein's book should be required reading for the PUC, DCA, Governor, Legislature, Energy Administrator, AG, city and state Ethics Commissioners, Mayor and City Council on all islands and more.

“The profit motive is getting in the way of the transition that people want here,” Klein said, garnering applause.

This is precisely the reason why the HECO monopoly is a very serious threat to state and national security.

http://www.hawaii.edu/calendar/manoa/2015/02/26/25395.html?et_id=33438
http://www.naomiklein.org/main

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Off Grid living is illegal

SUBHEAD: Court magistrate rules that living off-grid is illegal in Cape Coral, Forida.

By Daniel Jennings on 22 February 2014 for Off Grid News -
(http://www.offthegridnews.com/2014/02/22/court-rules-off-the-grid-living-is-illegal)


Image above: Example of an off-grid "tiny" house with garden. From (http://mrscottyl.blogspot.com/2014/02/court-rules-off-grid-living-is-illegal.html).

Living off the grid is illegal in Cape Coral, Florida, according to a court ruling Thursday. Special Magistrate Harold S. Eskin ruled that the city’s codes allow Robin Speronis to live without utility power but she is still required to hook her home to the city’s water system. Her alternative source of power must be approved by the city, Eskin said.

As previously reported in Off The Grid News, Speronis has been fighting the city of Cape Coral since November when a code enforcement officer tried to evict her from her home for living without utilities. The city contends that Speronis violated the International Property Maintenance Code by relying on rain water instead of the city water system and solar panels instead of the electric grid.

“It was a mental fistfight,” Speronis’ attorney Todd Allen said of Eskin’s review of his clients’ case. “There’s an inherent conflict in the code.”

Part of the conflict: She must hook up to the water system, although officials acknowledge she does not have to use it.

Speronis told Off The Grid News in February she hopes to win her case and set a precedent for others in her situation. After court Thursday, Speronis told Off The Grid News that she actually won on two of three counts, although she acknowledged her legal battle is far from over.

“But what happens in the courtroom is much less important than touching people’s hearts and minds,” she said. “I think that we are continuing to be successful in doing just that and I am so pleased — there is hope! [Friday] morning, as I took my two hour walk, there was a young man, unknown to me, who drove by me, tooted his horn and said, ‘Robin, congratulations on your victory yesterday, keep up the fight and God bless you.’ That is beautiful.”

Magistrate Admits Code is Unreasonable
Eskin spent several hours reviewing the case and admitted that the code might be obsolete, the local Press-News newspaper reported.

“Reasonableness and code requirements don’t always go hand-in-hand … given societal and technical changes (that) requires review of code ordinances,” Eskin was quoted as saying.
Eskin’s remarks indicate that he views the code as both obsolete and unreasonable and in need of change. Yet he felt he had to enforce it.

The city did overstep its authority and may have violated due process procedures, Eskin noted. He felt that the city had not given Speronis proper notice of violations and ruled that some of the charges against her were unfounded.

“I am in compliance,” Speronis told the News-Press. “I’m in compliance of living … you may have to hook-up, but you don’t have to use it. Well, what’s the point?”

Case is Unresolved
Speronis disconnected all the utilities from her modest home in Cape Coral for an experiment in off-the-grid living some time ago. City officials ignored her activities until she went public and discussed them with Liza Fernandez, a reporter for a local TV station. A code enforcement officer designated Speronis’s home as uninhabitable and gave her an eviction notice a day after the piece aired.

The widow and former real estate agent now has two choices. She can either restore her hookup to the water system by the end of March or appeal Eskin’s ruling to the courts.

It is not known what action the city will take but city officials told Fernandez that they would be willing to let Speronis stay in her home if conditions are “sanitary.” At the hearing, Eskin noted that city officials have not actually been in Speronis’s home to make that determination.

The International Property Maintenance Code is used in communities throughout the United States and Canada. The code states that properties are unsafe to live in if they do not have electricity and running water. Speronis has electricity and water. She gets running water by collecting rainwater and electricity from solar panels.



Off-Grid widow evicted

By Mchael Faust on 16 April 2014 for Off Grid News -
(www.offthegridnews.com/2014/07/10/off-grid-widow-jailed-over-baseless-charges/)

A Florida woman who is at the center of a legal and political battle over off-grid living is now living in a tent in her backyard after the city kicked her out of her house, Off The Grid News has learned.
The city of Cape Coral, Florida, got a warrant and inspected Robin Speronis’ home and then posted a notice to vacate, giving her until Thursday to do so.

Speronis lives off-the-grid and does not use utility water or electricity, and maintains that her house is as sanitary as any home in the neighborhood. Her fight for the right to live self-sustainably has captivated the off-the-grid community.

The Rutherford Institute, a legal group, is representing her in her legal fight.

Speronis tells Off The Grid News that she is essentially moving to tents in her backyard, thanks to help from her neighbors and friends.

“My community has been supporting me and yesterday donated two tents and other supplies to create an outdoor living area in my backyard,” she told Off The Grid News via email Wednesday. “I have a six-person tent and a four-person tent.

As I have said before, I’ll let The Rutherford Institute do the legal fighting and I’ll do the living with the support of the community. We are all so powerful and we CAN create a beautiful world that no government can take away from us.”

Cape Coral uses what is called the International Property Maintenance Code, which the city says requires all residents to be hooked up to on-grid water and electricity. Speronis says she has the right to refuse both.

In February a judge ruled that Speronis must hook up to the city’s water system, although he said she did not have to use city electricity. The city dug up her yard and capped her sewer in March, an action that violated state law. They also took her dogs.

The city’s code enforcement posted the vacate notice over the weekend.

“I am such a threat to the city of Cape Coral that again they’ve had to make me, technically, legally, homeless. I am technically homeless right now,” Speronis told a local station, FOX 4. “They did enter my house. They were very cocky. They were very condescending,” Speronis added.

Speronis is a Christian, and said her faith has sustained her during the tough times.

“The Greek word for church, Ekklesia, means community,” she said. “I am Greek Orthodox. I am now living the truth that I believed when I started my urban off-grid adventure — that is you can’t live off-grid in an urban setting unless you have community — church.

“How appropriate for Holy Week,” she said, referencing the assistance she’s received.

Losing her dogs was tough, and she’s cried a lot over it, Speronis said. She said she felt God telling her not to worry about her dogs and that “special angels” were watching over them.
“Still, I do have to go through the necessary grieving process,” she said.

Her case appears headed to federal court after the Rutherford Institute — a nationally known civil liberties legal organization — got involved in early March. The case could set a precedent for off-the-gridders nationwide.

“The application of these burdensome rules, regulations, and inspection requirements against individuals attempting to live independent and environmentally sustainable lifestyles sends the wrong message: that citizens must be dependent on the state, whether or not they wish to be,” said John W. Whitehead, president of the Rutherford Institute. “This case is emblematic of a growing problem in America today, namely, that bureaucrats and local governments will go to great lengths to perpetuate dependence and compliance with the nanny state.”

Speronis uses solar panels for electricity and collects rainwater for water. She cooks on a propane stove and keeps clean with a camping shower. She uses an alternative toilet system.



Off-Grid widow jailed
By Mchael Faust on 10 July 2014 for Off Grid News -
(http://www.offthegridnews.com/2014/04/16/homeless-city-boots-off-grid-woman-out-of-house)


Robin Speronis’ story captivated nationwide attention earlier this year – an off-grid widow ordered by her city to hook up to public electricity and water or face eviction.

She stood her ground and inspired thousands of people, and she even celebrated a partial court victory in February. But the city didn’t stop targeting her, and in May she was arrested and placed in jail, where she spent a month behind bars. And just as quickly, the district attorney dropped the charges and she was released, no questions asked.

Speronis is this week’s guest on Off The Grid Radio, giving us the details about her arrest and legal fight you won’t hear anywhere else. Her off-grid battle for freedom is our battle, and she tells us:
  • Whether off-grid citizens are now being targeted.
  • Why her month in jail only served to encourage her.
  • How her off-grid battle impacts all of us.
The cruel, mean-spirited bureaucrats even took her dogs. If you’re a homesteader, off-gridder or simply a liberty-loving American, this is one episode you need to hear!

Podcast: Play in new window | Download (Duration: 27:05 — 31.0MB) 
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