Tag Archives: Renewable Energy

Geothermal, Lowering Electric Rates, Peak Oil, Renewable Energy Sources

‘Behind the Plug & Beyond the Barrel’

Richard Ha writes:

I spoke on behalf of the Big Island Community Coalition (BICC) at the Hawai‘i Island Renewable Energy Solutions Summit 2014 on April 30th, which was titled “Behind the Plug and Beyond the Barrel," and here's what I said: 

BICC mission

Good morning. Thanks for the introduction. I will use just this one slide, and you can read our mission statement on it, which is to lower the cost of electricity. “To make Big Island electricity rates the lowest in the state by emphasizing the use of local resources.”

I would like to spend some time talking about who makes up the BICC.

Dave DeLuz, Jr. – President of Big Island Toyota.

John Dill – Contractors Association, and Chair of the Ethics Commission

Rockne Freitas – Former Chancellor Hawai‘i Community College

Michelle Galimba – Rancher, Board of Agriculture

Richard Ha – Farmer

Wallace Ishibashi – Royal Order of Kamehameha, DHHL Commissioner

Kuulei Kealoha Cooper- Trustee, Jimmy Kealoha and Miulan Kealoha Trust.

Noe Kalipi – Former staffer for Sen Akaka, helped write the Akaka Bill, energy consultant

Kai'u Kimura- Executive Director of ‘Imiloa.

Bobby Lindsey – OHA Trustee

Monty Richards – Kahua Ranch

Marcia Sakai – Vice Chancellor for Administrative Affairs, former Dean of UH Hilo, College of Business

Bill Walter- President of Shipman, Ltd., which is the largest landowner in Puna.

These folks are all operating in their private capacities. I'm chair of the BICC, and the only person from Hawai‘i to have attended five Peak Oil conferences. I've visited Iceland and the Philippines with Mayor Kenoi's exploratory group.

As you can imagine, the BICC has strong support all across political parties and socioeconomic strata. People get it in five minutes.

Oil and gas are finite resources, and prices will rise.  One note about natural gas: the decline rate of the average gas well is very high. Ninety percent of the production comes out in five years. This is worrisome.

Hawai‘i Island relies on oil for sixty percent of its electricity generation; the U.S. mainland only two percent.

As the price of oil rises, our food manufacturers and producers become less competitive, as we all know. Food security involves farmers farming. And if the farmers make money, the farmers will farm.

What can we do?  By driving the cost of electricity down, the Big Island can have a competitive edge to the rest of the world.

Since rising electricity rates act like a giant regressive tax, lowering electricity rates would do just the opposite. And since two-thirds of the economy is made up of consumer spending, this would be like "trickle up" economics. If the rubbah slippah folks had extra money, they would spend and everyone would benefit.

 The lowest-hanging fruit:

1. Geothermal. Allows us to dodge the finite resource bullet. It is the lowest-cost base power. The Big Island will be over the hot spot for 500,000 to a million years.

2. We throw away many lots of MW of electricity every night. Hu Honua will probably throw away 10 MW for ten hours every night. PGV, maybe 7 MW for ten hours.

3. Wind, too.

Maybe HELCO will allow us to move the excess electricity free. They don't make any money on the throwaway power now, anyway. What if we used it for something that won't compete with them? Then people could bid for the excess, throwaway power for hydrogen fueling stations, to make ammonia fertilizer, and to attract data centers. Hawaii could become the renewable energy capital of the world. People would love to come here and look at that. As airline ticket costs rise, the walk around cost in Hawai‘i would not.

The BICC call for lowering electricity costs could leave future generations a better Hawai‘i.  And that is what we all want.

Big Island, Geothermal, Hydrogen, Peak Oil, Renewable Energy Sources, Sustainability

‘Triple Bottom Line’ Approach to Renewable Energy

Richard Ha writes:

We need a “triple bottom line” approach to renewable energy options. They need to be socially sustainable, environmentally sustainable, and economically sustainable.

World-renowned economist, Nobel laureate, and New York Times best-selling author Joseph Stiglitz spoke on this at UH Manoa. His lecture, “Where long-term and short-term goals converge: Using sustainability as an impetus for economic growth,” starts at the 21:30 mark of this video.

Social sustainability has largely been ignored in many approaches to renewable energy solutions. The Big Island has the lowest median family income in the state, and that is not socially sustainable. Hawaiians leaving their ancestral lands in greater and greater numbers in order to look for work is not socially sustainable.

We need to pay more attention to this. Finding solutions that give folks on the lowest rungs of the economic ladder more spending money will benefit all of us, because two-thirds of our economy is made up of consumer spending.

Energy and agriculture are inextricably tied together, and the agricultural industry is vulnerable because of its dependency on energy. Nitrogen fertilizer, plastics, chemicals, etc., are all byproducts of petroleum.

What can we do to dodge the bullet? We can maximize the resources we have available to us here in a sustainable way.

On the energy side, we have geothermal, which will be available to us, according to the scientists, for 500,000 years. On the ag side, we have a year-long growing season. These are both huge advantages. We need to leverage them so we have a competitive advantage over the rest of the world.

Geothermal electricity puts us on the right side of the cost curve. And as natural gas prices rise, we will be able to competitively make hydrogen. We can use that hydrogen for transportation, as well as to manufacture nitrogen fertilizer.

In the ag industry, we should be maximizing technology to help us with disease and insect control, thereby lessening our dependency on natural gas.

Our tourism industry is also at risk as jet fuel rises in cost. But with the same low-cost electricity that helps our farmers and their customers, we would lower the walk-around cost of the average tourist’s budget. This would both support our tourism industry and bring money into our local economy.

From Peak Oil News:

GEOG Researchers Address Economic Dangers of ‘Peak Oil’

Researchers from the University of Maryland and a leading university in Spain demonstrate in a new study which sectors could put the entire U.S. economy at risk when global oil production peaks (“Peak Oil”). This multi-disciplinary team recommends immediate action by government, private and commercial sectors to reduce the vulnerability of these sectors.

Read the rest

In the final analysis, we can no longer think and act in silence. We need a long-range systems approach, based on the three pillars of sustainability – social sustainability, environmental sustainability, and economic sustainability.

If you’d like to know more, sign up at the Big Island Community Coalition and we’ll send you an occasional email letting you know what we’re doing and how you can help.

[The link is not working from this blog, though the BICC website is up. Please go to www.bigislandcommunitycoalition.com.]

Biofuel, Food Security, Geothermal, Lowering Electric Rates, Peak Oil, Renewable Energy Sources

Energy & the Future of the Big Island

Richard Ha writes:

This past Friday I participated on an energy panel at the Hapuna Beach Prince Hotel called “Energy: Facing the Reality of Renewables.” Panel members were Jay Ignacio, President of Hawaii Electric Light company; Mike Kaleikini, who is General
Manager of Puna Geothermal Venture; and myself, as steering committee member of the Big Island Community Coalition.

From the Kona-Kohala Chamber of Commerce: “The 2013 Summit will further explore those initiatives via ‘panels of conversation’ on each topic. Three guests per topic have been invited to participate on panels to discuss their work with the Summit audience, ideas that inspire them and what they see as the future for Hawaii Island. Each panel will have 45 minutes of discussion followed by questions from the audience. We are pleased to have Steve Petranik, Editor of ‘Hawaii Business Magazine’ as our moderator again this year.”

There were five panels: Education, Sustainability, Employment, Energy and Health Care.

West Hawaii Today wrote about it in an article called Prospects of an All-Geothermal Isle Unlikely.

I started out by saying mixed messages are being sent out. Some say that the U.S. has enough oil and gas that we will soon replace Saudi Arabia as a world energy supplier. Using data and scientific methods, the Association for the Study of Peak Oil-USA (ASPO) has come to different conclusions. Its agenda is merely to spread the best information it has on this topic. You can learn more by viewing video at the ASPO-USA.org website.

I described the Big Island Community Coalition’s mission, which is to achieve, for the Big Island, the lowest-cost electricity in the state. Striving for a low cost solution hedges our bets. It is better to be safe than sorry. I told them that those interested in supporting this group can get on the Big Island Community Coalition mailing list.

I related how food and energy are inextricably tied together. Food security has to do with farmers farming. And if farmers make money, the farmers will farm! But while only two percent of the mainland’s electricity comes from oil, more than 70 percent of the electricity in Hawai‘i does. The mainland, of course, is our main supplier of food and our biggest competitor. As oil prices rise, Hawai‘i becomes less and less competitive.

As oil prices rise, and electricity prices rise, and farmers and other businesses become less competitive, local families have less spending money.

The answer is to find the lowest electricity cost solution. For if people have extra money, they will spend it. Two-thirds of our economy is made up of consumer spending.

Provided that the expensive and ill-advised Aina Koa Pono biofuel project does not go forward, we have a bright future ahead of us. In the pipeline is Hu Honua’s 22MW biomass burning project, and
next is 50W of additional geothermal. Add to that 38MW of present geothermal, and, assuming the old geothermal contract is renegotiated, that would amount to 110MW of stable affordable electricity. This would be more than 60 percent of the peak power use on the Big Island. Even if we do not count wind and solar renewables, this would put the Big Island on a trajectory of achieving the lowest cost electricity in the state.

What would happen if our electricity costs were lower than O‘ahu’s? We can’t even imagine it.

  • It would change our economy.
  • It would help our County government preserve services.
  • Fewer of our kids would have to go to the mainland to find jobs.
  • More of our money could be used for education, instead of paying for oil.
  • More people would have money to support local farmers.
  • Single moms would have less pressure than they do now.
  • Folks on the lowest rungs of the economic ladder would not be pushed over the edge.
  • There are lots and lots  of younger folks who want to farm. Maybe they could actually make money so they could farm.

I told the audience that we on the panel were all friends. But there is too much at stake for the BICC to give ground on our goal to make the Big Island’s electricity the cheapest in the state.

During the Q & A, someone asked what we each thought about an undersea cable to connect all the islands. I replied that our primary objective is to bring low cost electricity to the Big Island before we do anything else.

The audience liked that a lot and spontaneously applauded.

Big Island, Community, Peak Oil, Philippines, Renewable Energy Sources

Kenoi Can Guide Big Island into Uncharted Future

Richard Ha writes:

Big Island Mayor Billy Kenoi has consistently made the point that in this changing world, we, too, must change. He pointed that out again recently: That our highest-in-the-nation electricity cost – which is 25 percent higher than O‘ahu’s – is too heavy a burden for the Big Island’s people to bear. To help the most defenseless among us, as well as our local businesses, we need lower cost renewable electricity; not higher cost electricity.

The mayor has consistently been in favor of finding lower cost alternatives to the status quo (which is, of course, dependency on
expensive fossil fuels). The Geothermal Working Group, co chaired by Wally Ishibashi and me and authorized by the Hawai‘i State Legislature, could not have carried out its work without the mayor’s backing. It was an unfunded mandate implemented by volunteers. The mayor just told his people, “Make sure they have what they need.”

Mayor Kenoi is a quick learner; one who gets both the big picture and the small one.

He led a delegation to Ormoc City, Philippines to see how 700 MW of geothermal energy was developed in a place with a population size similar to the Big Island. I was on that trip and saw how the Philippines is way ahead of us in assessing and utilizing its resource. It’s a great credit to Filipino leaders that, as the Philippines incorporates more geothermal into its grid, the country will be very well-positioned to cope in a world of rising oil
prices.

The Philippines produces a large percentage of the food its people eat, too, as compared to Hawai‘i. Our trip also resulted in a university-to-university relationship.

It’s not that geothermal is the only solution. But because we have geothermal here on the Big Island, that fact-finding trip was a responsible thing to do. That was a very practical, useful and cost effective trip Billy led.

Sitting in the middle of the Pacific Ocean, Hawai‘i is vulnerable to events out of its control, and is sailing into uncharted waters. It’s similar to when our early predecessors sailed up from the south to find a better life.

Who can I see leading today’s expedition that carries the Big Island to a better tomorrow?

I see Billy Kenoi as that leader.

Peak Oil, Renewable Energy Sources

How To Evaluate a Renewable Energy Technology

Richard Ha writes:

Robert Rapier has been in the trenches, fighting hype and misinformation, for a long time.

In this 2006 article, he challenged Vinod Khosla:

Vinod Khosla Debunked

By Robert Rapier

Update: Vinod Khosla and I have discussed his claims. That conversation is documented here.

Who is Vinod Khosla?

When an influential person begins to affect energy policy decisions – decisions that will have a huge impact on all of our lives – we better take a critical look at the claims that person is pushing. You can’t discuss ethanol for long with an ethanol proponent without having them mention the endorsement of Vinod Khosla. If you don’t know who Khosla is, here are a couple of blurbs from his Wikipedia biography:

Vinod Khosla is an Indian American venture capitalist who is considered one of the most successful and influential personalities in Silicon Valley. He was one of the co-founders of Sun Microsystems and became a general partner of the venture capital firm Kleiner, Perkins, Caufield & Byers in 1986. In 2004 he formed Khosla Ventures.

Vinod was featured on Dateline NBC on Sunday, May 7, 2006. He was discussing the practicality of the use of ethanol as a gasoline substitute. He is known to have invested heavily in ethanol companies, in hopes of widespread adoption. He cites Brazil as an example of a country who has totally ended their dependence on foreign oil.

Why Khosla Must be Challenged

I have previously made the case that Khosla’s claims don’t stand up to scrutiny. However, I recently got an e-mail from a reader who had watched a video presentation by Khosla. He had been referred to the video by a blog, where a poster wrote: “this is actually starting to sound like a rational plan to me.”

…In addition, another e-mail recently called my attention to a coast-to-coast road trip being fueled by E85:Kick the Oil Habit Road Trip. In one of the blog entries from the trip, there is a conversation between the driver of the E85 car (Mark Pike), Tom Daschle, and Vinod Khosla. The conversation is archived at:

Sen. Tom Daschle & Vinod Khosla talk Ethanol [ed’s note: this link is no longer active]

I documented my impressions of the exchange at:

RR Critiques the Road Trip

For me, the most disturbing part of the exchange came when Mark Pike said: “If the technology is good enough for Mr. Khosla, it’s good enough for me. I know that guy has done his research, so I trust him. I will leave all of the scientific data and research to him.”

There we come to the crux of the matter: People trust that he knows what he is talking about. The Wikipedia biography says he is “successful and influential.” Make no mistake; he is influencing people in this ethanol debate, including political leaders. Khosla is convincing people that his projections are viable. Yet, are they carefully scrutinizing his claims? No, because they trust him. Yet claims like his, will dampen conservation efforts, and Americans will not be prepared for Peak Oil. After all, Khosla, a guy they trust, says we are going to produce enough ethanol to replace our oil imports….

Robert came under immense pressure for his article because he was going against the conventional wisdom of the day. He was even accused of being an obstructionist. I liked his approach, though, because he is always interested in the greater good.

And at the end of the day, it turns out, Robert was right.

I first became aware of his work when I went to the Peak Oil conference in 2007. Then I missed the 2008 conference, but went to the 2009 conference in Denver. By that time, biofuels were starting to get traction in Hawaii.

We farmers thought the whole idea was iffy because we knew that a barrel of oil weighs over 300 pounds and when oil is $100 per barrel each pound of oil is worth 30-something cents. So if we had to grow four pounds of stuff to get out one pound of liquid, we knew that the most we could earn for the stuff was less than 10 cents per pound. Forget it.

I admired Robert’s tenacity and integrity, and I asked my friend Gail Tverberg if she would introduce us at the Denver conference. She sent him an email and I was amazed to find out that he had moved to Waimea and was sitting in Michael Saalfeld’s office at that moment. I called him and we have become good friends.

Robert writes the Rsquared blog. One of his interesting posts talks about how to do due diligence in order to evaluate a renewable energy technology. At the end of his post, he
suggests asking 10 questions.

Summary

To break this down into a short “cheat sheet,” here is a summary of some important questions that you want to ask. Try to corroborate answers by talking to employees or competitors.

  1. At what scale has the process been actually demonstrated, and is the process currently running?
  2. What is the source of raw materials for the process?
  3. What is being done with the product?
  4. What are the primary energy inputs into the process, and what is the energy balance?
  5. Will there be intermediate scale-up steps before a commercial facility is built?
  6. What are the key assumptions for a commercial facility (e.g., size, cost of production, location)?
  7. What is the presumed source and cost of biomass for a commercial facility?
  8. Has the process been proven on that specific biomass?
  9. What are the patent or patent application numbers relevant to the process?
  10. What prior work is most similar to yours, and who are your perceived competitors?

If you manage to get honest answers to those questions, you will be well on your way to burrowing through the hype to understand the true potential of a process.

This template is very useful, because we can put all proposed projects on an equal footing by comparing answers. It allows one to compare risks. If all a project’s costs are borne by private investors, then no harm/no foul. But if taxpayers or ratepayers are being asked to pay for the project, then one needs to know how much risk the tax/rate payer is assuming.

At the end of the day, the fundamental question is: Are we socializing the risk and capitalizing the return?

If we are going to socialize the risk and capitalize the returns, we cannot let our decisions be based on P.R. They must be based on a systematic analysis of the process.

Community, Geothermal

Join the Big Island Community Coalition for Lowest Electricity Rates

2 Comments

Richard Ha writes:

The Big Island Community Coalition is determined to make Big Island electricity rates the lowest in the state.

Big Island Community Coalition

After all, we have the best combination of renewable resources here on the Big Island. It will proactively weigh in wherever electricity rates are involved.

The fundamental problem with the Hawaii Clean Energy Initiative is that it does not require that the electric utility choose lower cost solutions. It does not take into consideration the rubbah slippah folks.

Two-thirds of our economy is made up of consumer spending. If in place of expensive electricity we had affordable electricity, businesses would grow, farmers would farm and we would not be sending our children to the mainland to look for jobs.

Visit the Big Island Community Coalition website to join the mailing list and support the Big Island Community Coalition’s Priority #1: “Make Big Island electricity rates the lowest in the state by emphasizing the use of local resources.”

Biofuel, Geothermal

The Farmer’s Point of View (on Geothermal & Biofuels)

3 Comments

Richard Ha writes:

I recently participated in a panel discussion at the Hawaii State Association of Counties conference, which was held at the Hapuna Prince Hotel. I was on the Renewable Energy panel to present the farmer’s point of view.

HSAC

Panel members, left to right: Jay Ignacio, President of HELCO; Joe Pontanilla, Vice Chair of Maui County Council; Mina Morita, Chair of the PUC; me; The Honorable Patricia Talbert, IDG

Here’s what I talked about:

I have attended four Association for the Study of Peak Oil (ASPO) conferences on the mainland. I went to learn about oil so I could position our farm business for the future. The most important thing I learned from my first trip was that the world had been using twice as much oil as it had been finding for the last 20 to 30 years. Clearly this was not good, and would have consequences.

A concept I picked up was Energy Return on Investment (EROI), sometimes called EROEI – Energy Returned on Energy Invested. It answers the question: What is the net energy left over after energy is used to get it? Said another way, the energy left over to get energy minus the energy it takes to get your food gives you your lifestyle.

In the 1930s, getting 100 barrels of oil took the energy of 1 barrel.

In the 1930s, 100 to 1
In the 1970s, 30 to 1
Now, it’s approximately 10 to 1

Canadian tar sands is  5 to 1
Biofuels is 2 to 1 (or less)

It takes approximately 6 to 1 to maintain our present, oil-based infrastructure.

Hot steam geothermal, like we have on the Big Island, might be 15 to 1. And its EROI will not decline for 500,000 years. Very few in the world are so fortunate.

Carl Bonham, head of UH Economic Research Organization (UHERO), was in Hilo recently for a Bank of Hawaii presentation. I asked him: If we were to use geothermal as our primary electrical base power for the Big Island, would we become more competitive to the rest of the world? He said yes.

Geothermal benefits all Big Islanders, from the rubbah slippah folk to the shiny shoe ones. It means more jobs and more money in people’s pockets.

What about growing biofuel?

Biofuel is traded on the world market. So we are in competition with producers the world over. The bottom line is that the producer with the best competitive advantages will have the most competitively priced product. When growing fuel crops, the best set of circumstances occurs when the production is concentrated an equal distant from the processing plant. A circular model works best. Intense sun energy, flat land and deep fertile soil with good irrigation gives one good advantages. These qualities rarely occur on the Big Island at the scale necessary for our farmers to compete on the world market.

What about small agriculture? When oil is $100 per barrel, each pound of that oil is worth 38 cents. If a farmer needs to grow 4 pounds of stuff to squeeze out 1 lb. of liquid, the most that farmer can expect is 9 and 1/2 cents per pound to grow the stuff.

Everything being equal, any farmer would prefer to grow something that makes more than 9 and 1/2 cents per pound.

Several years ago on the mainland, there were cellulosic biofuel projects that needed farmer-grown feedstock that cost no more than $45 per ton. But farmers were getting $100 per ton for hay. So they received a subsidy of $45 per ton.

In spite of that, and many many millions of dollars of subsidies, there is still no successful cellulosic biofuel project In Hawaii, farmers get $200 to $300 for hay. It’s unlikely they would choose to grow something for half the return. It’s all about numbers.

What about Big Island biodiesel? Although it’s challenging, I do think they have the best chance of enabling farmer-grown biofuels. They have a model that works. All they have to do is tell farmers the form they want the product delivered to them and the price they will pay. Enterprising farmers will figure it out.

What can we do to help farmers make money? We can start with affordable electricity. And there is nothing more affordable than geothermal. On the Big Island, it costs 21 cents per kilowatt hour to generate electricity from oil. It costs half that to generate electricity from geothermal. While the price of oil will keep on rising, geothermal energy will stay stable for hundreds of thousands of years.

Farmers and ranchers incur costs associated with refrigeration at the processing plants, the distribution system, retailers and home refrigerators. If farmers and ranchers have lower costs, they can compete more successfully against mainland imports. And if their customers have more money in their pockets, they can support locally grown foods.

Food security and fuel are closely tied together. Food security involves farmers farming. And if farmers make money, farmers will farm.

Geothermal, Iceland, Renewable Energy Sources

Reaching for Prosperity, Not Energy Security

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In Iceland, where they use geothermal energy, their energy is 81 percent renewable, and the country is food- and energy-secure. Iceland has its house in order.

Now it’s negotiating for a 745-mile cable to England.

It’s clear to me that Iceland is reaching for prosperity, not for energy security.

Why can’t we shoot for prosperity for our future generations here in Hawai‘i?

Do we dare?

Geothermal, Peak Oil, Philippines, Renewable Energy Sources

Dispatch from the Philippines: Why We’re Here

I’m in Ormoc City, Philippines right now. I wrote before about Ormoc City:

…which has an economy similar to the Big Island’s. Its population is close to the population of the Big Island. They produce 700MW of geothermal, which they share by cable with other islands. We only produce 30MW.

The mayor wants to see how they do it. Since “if they can do it, we can do it.”  Read the rest here

 

Ormoc City and the Big Island are now “Sister Cities,” and it’s fascinating to talk with the folks that were instrumental in developing that Sister City relationship.

Ormoc CityIt started when Council Person Angel Pilago, his wife Nitta, and Jane Clement met at Lito Ilagan’s house in Kona to discuss the possibility of forming a Sister City relationship between the Big Island and a city in the Philippines.

From that small get-together, the idea took off. They explored several criteria of compatibility and found several prime candidates.

As the idea started moving forward, Council Person Brittany Smart asked if it was possible to focus on renewable energy. Lito and Jane did some research and came up with Ormoc City as a candidate. Jane checked its website and called the Mayor of Ormoc City, who picked up the phone. She explained the idea, and the Ormoc City Mayor was interested.

With the Visayan Club of Kona sponsoring them, Lito and Jane asked Hawai‘i County Mayor Billy Kenoi for his support in pursuing this initiative. Mayor Kenoi thought it was a good idea, and that it would be great to have it highlighted at the Asia Pacific Clean Energy Summit and Expo (APCESE).

There were various Sister City proposals coming in from the other counties. But due to the hard work of Angel and Nitta Pilago, Lito Ilagan, Jane Clement and the Kona people, this event was the one chosen to be featured at APCESE.

I was there, at the APCESE conference last year, to witness the signing ceremony for the new Sister City affiliation. Randy Kurohara arranged for a group of us meet with some high-level people from the Ormoc City geothermal generating operations. Their safety and dependability record seemed to be very good.

But we needed to see for ourselves.

So the Mayor put together this delegation to do an obligatory reciprocal ceremony and study tour of Ormoc City. Of special interest to me was the fact that Bruce Matthews, Dean of the College of Agriculture of UH Hilo, had been to the Visayas State University and knew about the school’s ag program. He mentioned to me how similar the soils in and around Ormoc City are to the soils of Hamakua.

And, of course, we are here to learn everything we can about how Ormoc City lives with and benefits from geothermal. For a $30,000 investment in this trip to the Phillipines, the county of Hawai‘i is getting great bang for its buck.

Stay tuned for more Dispatches from the Philippines coming soon.

Geothermal, Government, Renewable Energy Sources

Mayor Kenoi Asks Why We Aren’t Using Our Geothermal Resource Better

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Hawai‘i Island Mayor Billy Kenoi addressed the Kona-Kohala Chamber of Commerce the other day. He asked, “If we have the most productive geothermal in the world, how come we are not using it?”

Screen shot 2012-02-29 at 8.56.35 AM

The Mayor is serious! He is organizing a trip to Ormoc City, Philippines, which has an economy similar to the Big Island’s. Its populationis close to the population of the Big Island.  They produce 700MW of geothermal, which they share by cable with other islands. We only produce 30MW.

The mayor wants to see how they do it. Since “if they can do it, we can do it.” Mayor Kenoi understands energy issues very well.

People do not say that 100 percent renewable is a dumb idea, but some say it can’t be done. I agree with the Mayor – it can be done, and it will be done. Not no can. CAN!

And the beneficiary of cheap, proven-technology, environmentally benign geothermal electricity will be all the folks and businesses here who are struggling to make ends meet. Perhaps we will see jobs develop that keep our children from leaving Hawai‘i.

Right now, there are more Hawaiians living outside of the state than in the state. What’s wrong with that picture?

From a West Hawaii Today article:

How, Kenoi then asked the crowd, can the island have the most productive geothermal hotspot in the world and not use it?

“It’s not intermittent,” he said. “It’s cheap, renewable, clean power. How can we not have this opportunity to encourage investment and fully develop the island of Hawaii as a 100 percent renewable energy island?”

He said with excess geothermal electricity, “we can have hydrogen to power buses.”

On both the renewable energy issue and keeping Kona’s international airport designation, Kenoi said he is also working with Sen. Daniel Inouye’s office, seeking federal assistance….