Category Archives: Geothermal

What Kuokoa is All About

The Ku‘oko‘a Board of Directors recently briefed a group of influential people on what we are all about.

Former CIA Director Jim Woolsey talked about our dependency on oil, and its national security implications. He talked about Hawai‘i’s situation – that we have the potential to free ourselves from the tyranny of oil – and explained that this possibility is what made him want to be involved.

Former U.S. Department of Energy Deputy Secretary TJ Glauthier, who brings a high level of experience to our team, spoke about the Ku‘oko‘a business plan, and said that the preliminary numbers do work.

Former Harvard Professor of Entrepreneurship, and current UH Shidler College of Professor, Rob Robinson acted as moderator. He explained why the Ku‘oko‘a model, which emphasizes a low cost of electricity, is so important to the future of Hawai‘i.

Venture Capitalist Roald Marth, who is also CEO of Ku‘oko‘a, spoke about how he came to be involved in the energy issue, and how he has committed his life to freeing Hawai‘i from fossil fuel. Ro has been relentless in his efforts.

Former Hawai‘i State Energy Administrator Ted Peck walked everyone through the basic Ku‘oko‘a plan.

It’s a powerful team. At the end, there was a Q&A period, during which board members answered questions and addressed comments from the audience.

I spoke first, and here is what I said:

Aloha Everyone,

I am Richard Ha, Chairman of the Board of Ku‘oko‘a. Ku‘oko‘a is trying to align the needs of the people with the needs of the utility.

I am a farmer, so I tend to go straight to the essential elements. The world has been using three times the oil it has been finding for the last 30 years. In 2003, oil price was between 20 and 30 per barrel. The price rose steadily, yet the supply did not increase. Sooner or later we will start to drop down the backside of the oil supply curve.  

In addition, because it is taking more energy to get energy, the net energy left over to do work will also decline. And on top of this, China and India’s people cannot wait to jump in their cars to drive to McDonalds. And the oil exporting nations have to use more oil for their own people, or they will get thrown out of office.

All these things occurring simultaneously tell us that the safety of the status quo, where Hawai‘i relies on oil for 76 percent of its electricity generation, is increasingly not safe.

Since we are talking story here, I want to tell you who I am and what my values are. Mom is Okinawan, Higa from Molokai. Pop’s father was Korean – Ha, and his mom was Leihulu Kamahele. Her mom was Meleana Kamoe Kamahele and her dad was Frank Kamahele. Our family land was down the beach at Maku‘u, in Puna.

We were very poor, but we didn’t know it. Pop would tell stories at the dinner table where he would talk about impossible situations, impossible odds.

Then he would pound the table and point in the air. “Not, no can. CAN!”

And he would say, “There are a thousand reasons why no can. I only looking for the one reason why can.” He told us to find three solutions for every problem, and then find one more just in case. He finished 6th grade but he was a wise man.

I was a kolohe kid growing up. I went to UH Manoa, where I flunked out. Too many places to go, people to see and beers to drink. I was drafted and applied to go to Officers’ Candidate School, and then I volunteered to go to Vietnam. Ended up walking in the jungle with 100 other soldiers. If we got into trouble there was no one close enough to help us. The unwritten rule was that we all come back or no one comes back. I liked that and have kept that attitude ever since.

I went back to UH and majored in accounting so I could keep score when I went into business. Pop asked if I would come back and help to run the family chicken farm. I came back and saw an opportunity to grow bananas but I had no money.

“Not, no can. CAN!” So we traded chicken manure for banana keiki. By questioning everything, looking into the future and forcing change, we were able to survive in farming for more than 30 years. We farm 600 fee simple acres outside of Hilo with 60 workers. It just goes to show that anything is possible.

We are not afraid to try stuff. I was given the University of Hawai‘i College of Business’s “Hall of Honor” award, as well the UH’s Distinguished Graduate award, for my role in bringing theThirty Meter Telescope to the Big Island. That is a $1.3 billion project, and it was a foregone conclusion that it was going to Chile until we went to work engaging our Big Island community here. It’s now coming to the point in the legal process where construction can begin in a short time.

Our family’s company was the first banana company in the world to be certified ECO-OK by the Rainforest Alliance, the largest third party certifying organization. That was reported widely in the banana producing areas of Central and South America. In fact, they scrambled to find a farm in Costa Rica who could be certified along with us, so we both could say we were first in the world. And it had a big influence in changing the environmental behavior of the Doles, Chiquitas and Del Montes.

We were one of six national finalists for the SARE award, a sustainable production award open to all farms in the nation. I mention all these things because we live by the spirit, “Not, no can. CAN!” 

One day five years ago, we realized that our farming supply costs had been steadily rising, and found that it was all due to oil. So I went to go learn about oil so we could reposition our company for the future. I was the only person from Hawai‘i to attend three Association for the Study of Peak Oil conferences.

The main lesson there was that the world had been using two to three times the oil it had been finding for the last 30 years, and that soon, the game will be up.

Coming back to Hawai‘i, we repositioned our farm and soon we start construction of a hydroelectric plant that will take us completely off the grid.

Several years went by, and then I met Ro Marth and we embarked on this project. It made total sense to me. First it was Ro, myself and Ted Peck. The paper called us the government bureaucrat, the tomato farmer and the motivational speaker. It was kind of humorous.

We did not let ourselves get distracted, but went about doing our work – first by putting our board together. We needed to be credible with Wall Street, Bishop Street and Kinoole Street. Especially Kinoole Street. This needed to be a company that the rubbah slippah folks would see as local, and, preferably, their own.

It’s all about people, and we have put together a strong team. We have incredibly smart, caring and courageous people. Our diversity is what gives us our strength, and also we watch each other’s backs. And we would love for courageous folks, who can see a brighter future for Hawai‘i, to join us.

Ro and I visited Iceland recently. Iceland has managed to make itself energy secure and food secure by using cheap geothermal and hydro. Its electricity costs are less than half of ours. In Iceland, they export energy in the form of aluminum, and that allows them to buy food. The cheap-energy sector of their economy is helping the country recover from its banking sectors meltdown. Low cost energy makes them competitive with the rest of the world. Not high cost energy.

Mayor Kenoi will soon sign a sister city document with the Mayor of Ormoc City in the Phillipines. They have the same population as the Big Island, but Ormoc City produces 700 MW of electricity with its geothermal, compared to our 30MW.

We are very fortunate to have geothermal on the Big Island. It costs less than 10 cents/kWh to generate electricity from geothermal, while it costs more than 20 cents/kWh to generate electricity from oil.

Can we find the solution to our energy problems while taking care of the rubbah slippah folks too? It’s about the cost of energy. If we choose an expensive alternative for electricity, we know that folks on the lowest rungs of the economic ladder will get their lights turned off first. Leaving the rubbah slippah folks behind should not be an option. If we try hard enough to find solutions, we should be able to take care of everyone.

One of our solutions is to replace oil with geothermal as base load for the generation of electricity. One day, I asked Jim Kauahikaua, Chief Scientist at the Hawaiian Volcano Observatory, “Eh Jim, how long the Big Island will be over the hot spot?” He said, “Between 500,000 and a million years.” I thought to myself, “That should be long enough.”

In modern Hawaiian history, the economy has taken taken taken and the culture has given, given, given. We have a unique opportunity now where the economy can give and the culture can receive. If we can stabilize energy costs at a low level, we will become more competitive to the rest of the world as oil prices rise and our people’s standard of living will rise. We can address the energy problem and take care of the rubbah slippah folks too.

We can look forward to handing our children and their children’s children a brighter tomorrow.

We are looking for like-minded, brave folks to join us and help bring about the kinds of change that will take all of us into a brighter future.

As my Pop used to say: “Not, no can. CAN!”

Undersea Cable Carrying Geothermal Power Feasible

Did you know that running an undersea cable to carry geothermal power from the Big Island to O‘ahu has already been tested and proven feasible?

Starting on page 15, this 2002 article from the Geo-Heat Center shows that back in the 1980s, the Geothermal/Interisland Transmission Project spent $26 million “studying, designing, engineering, fabricating and testing” a Hawai‘i Deep Water Cable for a 30-year life span. They laid it down and picked it up three times.

The technology worked, and at the time it was only a matter of cost. Oil was very cheap then. Now, it is expensive and climbing.

HAWAII AND GEOTHERMAL WHAT HAS BEEN HAPPENING?

Compiled by Tonya L. Boyd Geo-Heat Center

Donald Thomas, SOEST, University of Hawaii, Hawaii Andrea T. Gill, DBEDT Energy, Resources and Technology Division, Hawaii

From 1982 through early 1990, an engineering feasibility project was undertaken to evaluate the technical and economic challenges of installing a large-scale 500-megawatt geothermal/interisland submarine cable. About $26 million (Federal and State funding) was expended in studies, design, engineering, fabrication, and testing for the Hawaii Deep Water Cable Project. Figure 8 shows the proposed route for the Hawaii Deep Water Cable. The design criteria stated that the cable(s) would have to be able to withstand the stresses of at-sea deployment (including strong currents, large waves, and strong winds), the undersea environment (including corrosion and abrasion), and be able to reliably conduct electricity for thirty years. Since the Alenuihaha Channel is nearly 2,000 meters deep, both deployment (laying of the cables) and operating environment posed unique engineering challenges. The rationale for the project was that the primary source of geothermal energy was on the island of Hawaii, and the major electrical load was on the island of Oahu, where Honolulu is located. The scheme under consideration was to use the geothermal energy to generate power and transmit it to Oahu. At the time it was estimated that up to 500 MW could be used on Oahu, whereas only about 100 MW were needed on the Big Island….

Two large-scale tests were conducted to examine the technical feasibility of the Hawaii Deep Water Cable. The first was the laboratory test where the cable was subjected to the electrical and mechanical loads expected during the 30 years of service. Second, the at-sea tests examined the ability of the projected, integrated control system to place the cable at the bottom accurately and to control the residual tension…. Read the rest

Video: Geothermal Energy Forum

Over the weekend I participated in a geothermal energy forum here in Hilo.

We have got to start doing something.

Screen shot 2011-08-30 at 9.47.49 PM

The coverage is from Big Island Video News, and it starts like this:

HILO, Hawaii: The public courtship concerning the future use of Geothermal Energy continued with this forum in Hilo on Saturday.

A large and varied panel of specialists discussed the sustainable energy that is abundant on Hawaii Island, a growing candidate to lead the Hawaii towards energy independence.

Many faces seen in previous forums were present: including Richard Ha, local farmer and co-chair of the Geothermal Working Group, back from a recent trip to Iceland where he gathered information of that nation’s use of geothermal power.

A mix of government and utility officials, and business persons rounded out the panel….

See the rest here.

My Speech at the Council of Native Hawaiian Advancement Conference

Noe Kalipi, Ramsay Taum and I – all board members from Ku‘oko‘a – each spoke for five minutes at the Council of Native Hawaiian Advancement conference.

Speech pix2

Noe and Ramsay were just awesome. It’s clear that Ku‘oko‘a is a native Hawaiian company with native Hawaiian sensibilities. The good wishes and warm requests for information were very humbling.

Senator Akaka spoke right before us.

Speech pix1

Here is the speech I gave.

Aloha Everyone,

I am Richard Ha, chairman of the board of Ku‘oko‘a. Ku‘oko‘a is trying to align the needs of the people with the needs of the utility.

I want to start by telling you who I am and what my values are. Mom is Okinawan, Higa from Moloka‘i; Pop’s father was Korean, Ha. My pop’s mom was Leihulu Kamahele. And her mom was Meleana Kamoe Kamahele and her dad was Frank Kamahele. Our family land was down the beach at Maku‘u in Puna. We were very poor but didn’t know it.

Pop would tell stories at the dinner table. He would talk about impossible situations, impossible odds. Then he would pound the table and point in the air. “Not, no can. CAN!”

And he would say, “There are a thousand reasons why no can. I only looking for the one reason why ‘Can.’”

He told us to find three solutions for every problem, and then find one more just in case. He only finished sixth grade, but he was a wise man.

I was a kolohe kid growing up. I went to UH Manoa, where I flunked out. Too many places to go, people to see and beers to drink. I was drafted, and applied to go to Officers Candidate School, and then I volunteered to go to Vietnam. Ended up walking in the jungle with a hundred other soldiers. If we got into trouble there was no one close enough to help us. The unwritten rule was that we all come back, or no one comes back. I liked that and kept that attitude ever since.

I went back to UH and majored in accounting so I could keep score when I went into business. Pop asked if I would come back and help run the family chicken farm. I came back and saw an opportunity to grow bananas, but I had no money.

“Not, no can, CAN!” so we traded chicken manure for banana pulapula. By questioning everything, looking into the future and forcing change we have been able to survive in farming for more than 30 years.

We farm 600 fee simple acres with 60 workers.  Five years ago, we noticed supply costs had been steadily rising, and we found it was all due to oil. I was the only person from Hawai‘i to attend three Peak Oil conferences. I went to learn about oil so that we could position our business.

There I found out that the world had been using twice as much oil as it had been finding for the last 30 years. This is a very serious situation. I am stuck with this knowledge and that knowledge has become my kuleana. I know what is likely to happen and so try to find solutions that are good for all of us.

There are truly Native Hawaiian sensitivities embedded in our Ku‘oko‘a team and organization. The board and the team we have put together are the best we could find. Ramsay Taum and Noe Kalipi are members of our board and we will each say a few words. Board members went to Hilo to participate in the festivities for the seven vaka that came up from the south. We felt that it was important.

Right now there are no guidelines to choose the low-cost, proven technology solution that eases the pressure on the rubbah slippah folks. We can do this. You folks all know the consequence of rising cost of energy, water, school lunches, etc. It is the folks on the lowest rungs of the economic ladder who will get their lights turned off first. Too often they are Hawaiians.

Iceland has managed to make themselves energy secure and food secure. Their electricity costs are less than half of ours. Can we find the solution to our energy problems while taking care of the rubbah slippah folks too? Leaving them behind is not an option. If we search for the solution, if we ask the question, we can find the answer.

In modern Hawaiian history, the economy has taken taken taken and the culture has given, given, given. We have a unique opportunity now where the economy can give and the culture can receive. If we can stabilize energy costs at a low level, as oil prices rise we will become more competitive to the rest of the world and our people’s standard of living will rise. We can address the energy problem and take care of the rubbah slippah folks too.

As Pop used to say: “Not ‘no can;’ ‘CAN!’”

Huge Turnout at Annual Native Hawaiian Convention

I am at the Council for Native Hawaiian Advancement‘s 10th Annual Convention today. More than a thousand people are participating.

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Ku‘oko‘a supports the goals of the Council for Native Hawaiian Advancement

Noe Kalipi, Ramsay Taum and myself, three native Hawaiian board members of Ku‘oko‘a, will speak about our group’s vision for Hawai‘i. We believe that Ku‘oko‘a’s focus on stable, low-cost, clean energy is in line with Hawai‘i’s needs and especially the Hawaiian people’s needs.

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That’s Robin Danner, Council of Native Hawaiian Advancement head, with Department of Hawaiian Home Lands chairman Alapaki Nahale‘a (middle)

To generate electricity, we will utilize geothermal to replace liquid fuel, which is projected to continue rising in cost. It is proven technology that is, for instance, used in Iceland to help make their electricity 100 percent fossil fuel-free. They deliver electricity to their people at less than 10 cents kWh – one-third of what electricity costs on O‘ahu and one-fourth what it costs on the Big Island and Maui.

Photo2

Two of our other board members will be keynote speakers at the upcoming Asia-Pacific Clean Energy Summit and Expo.

Forcing the Change

Shall we take the fork in the road that leads us to Hawaiian self-fulfillment?

Dieter Paulmann and the seven vaka showed how it is possible to utilize ancient knowledge to transform fossil fuel transportation on the ocean to one that is fossil fuel-free. They took ancient methods and joined them with modern technolog, strengthening up the masts and using GPS, solar panels and auxiliary electric motors. Thus equipped, these crafts can maneuver better in port. And there’s lots more. Hopefully this will help our Pacific brothers and sisters cope with rising oil prices.

Now Dieter wants to headquarter his operation Okeanos here in Hawai‘i.

6a00d8341c02ce53ef014e8977cfa8970d

Volkswagon is envisioning a vehicle that is zero emission if it aligned with a zero emission electricity source. In Hawai‘i, we have geothermal, wind and solar. It’s a one-seater for now, but it’s the thought process, the moving toward a desired future, that’s important.

VW TO UNVEIL SINGLE-SEAT ELECTRIC CAR

By John Reed and Chris Bryant in Wolfsburg The Financial Times.

Volkswagen is poised to unveil a single-seat, ultra-frugal, zero-emission electric car. The German carmaker also plans to offer a “full-service package” for customers of its electric cars by selling them power from renewable sources, Jürgen Leohold, head of research, told the Financial Times.

VW’s one-seat concept or experimental car will showcase the carmaker’s ambition to build vehicles that generate no carbon dioxide, even on a “well-to-wheel” calculation that takes into account the carbon dioxide generatedby power plants. Read the rest here

And our visit to Iceland showed us how a people can free them selves from fossil fuel electricity generation, and make themselves food secure in the process.

All these ideas converge on Hawai‘i.

We take cultural concerns very seriously; having a pono approach to this whole business is critical to us. At its most basic level, going geothermal has to be about taking care of both our Hawai‘i environment – which we can do – and our people. Using geothermal means that our people will be able to not only pay their electric and other bills, but also start getting ahead. Respect for the land and for the people: Those are cultural moves right there.

We must force change here, so we can embrace these visionary ideas and collaborate with these people. The result can be the elevation of the standard of living for future generations.

Maybe we can even incorporate Bhutan’s measurement of standard of living – they measure Gross National Happiness there.

Get thousand reasons why no can. We’re looking for the one reason why CAN!

Fork in the Road

We are coming to a fork in the road. Which way do we want to go?  

Cost of Electricity Insert1
Cost of Electricity Insert2
If we stay on our present course, represented above by the blue line, electricity costs will keep on rising. The graph assumes a modest doubling of oil prices every 15 years, but it might be even more than double.

If we stay on the present path, we will have an increasingly difficult time paying our bills. Schools will pay more money for electricity, and less for education. Supermarkets will pay more for refrigeration, and farmers will get less for their produce. The hotel industry will be hit with higher electricity bills and fewer tourists. Small businesses will have a tougher time. More people will be homeless. And it will be the folks who can least afford it that will end up getting their lights turned off.

On the other hand, following the Ku‘oko‘a ala kai (path), where we use more geothermal as our primary base power, we can go to a place where we use all the renewable energy available to us and electricity costs stabilize. (See the red line above.) Our schools will be comfortable for our keiki to learn in. People will have more work opportunities and we will have fewer homeless people. Because our energy costs will be stable and reasonably priced, we can become competitive in many different areas of production. People will have more money in their pockets and so they will support local farmers, and more and younger farmers will start to grow things.

And because we helped each other to take this positive, renewable energy fork in the road, we will aloha each other.

In the uncertain future that is fast approaching, we will need to have stronger communities, we’ll need to make more friends and we will need to stay closer to our families. The Ku‘oko‘a path will lead us there.

Iceland, In Conclusion

I want to conclude my “Iceland Series” by pointing out something very simple and straightforward that they have learned in Iceland and put into practice, but that we in Hawai‘i have not:

Cheap and proven technology, and clean energy projects, protect an economy from oil crises.

If what the International Energy Association says is true – that we have come to the end of cheap oil – then the bottom line is that by decoupling from expensive oil, we protect ourselves. It is the cost that’s important, not the color or anything else.

In Hawai‘i, we are trying to replace fossil fuel oil with biofuels. But if the replacement is as expensive as oil – which biofuels for electricity generation is – this doesn’t do us any good.

Geothermal, on the other hand, would totally disconnect us from the high cost of energy. It’s the cost that is the most important. And because it’s safer to diversify, we should also maximize our other energy sources, such as wind and solar, without destabilizing the electric grid.

When you go over to Iceland, you see that they have inoculated themselves from rising oil prices. In doing so, they have also made themselves food secure, because their electricity is cheap relative to other sources of energy. For instance, when they export aluminum, which is electricity-intensive, as long as their electricity costs are lower than that of their competitors, they will always have money coming into their economy.

Iceland’s economy depends on cheap energy and fishing as its base. (And Iceland’s tourism increased when the country devalued its currency, so cheap energy had a double benefit.) Hawai‘i’s economy depends on the military and tourism. We need a third leg to give our economy some stability and security.

It was interesting for me to see how a native people, left to their own devices, coped. As of today, Iceland is more energy and food secure than Hawaii! This is why Ku‘oko‘a needs to purchase HEI. The rubbah slippah folks all know this to be true.

Cheap electricity makes an economy competitive in the world. This is where the people’s needs and the utility’s needs should coincide.

Everybody knows that Iceland’s economy crashed in 2008. That happened because they privatized their banking industry, the banks went crazy, and they got caught by the downturn. But because the country has cheap energy, they are pulling out of their recession and the excesses of their banks – while we are struggling to forestall a double dip recession.

This shows us that if you’re in a competitive position relative to energy, and you don’t do anything stupid, you can withstand any oil-induced depression or recession, which is where the world is headed.

Iceland is also concerned about its dependence on fossil fuel for transportation. It has a commercial hydrogen refueling station, and I rode in an SUV powered by methane from municipal waste. They are even looking into making liquid fuels from geothermal electricity and CO2.

Iceland is like a little lab. You go over there and look at the country and say, “Holy smokes! It can be done.”

Now to do it here.

‘From Across the Sea: Aloha Iceland’

Jon Letman, a writer on Kaua‘i, wrote an article and put together an audio-slide show looking at similaries between Hawai‘i and Iceland after he visited Iceland five years ago. It’s called “From Across the Sea: Aloha Iceland.”

From the article, which appears in the Iceland Review Online:

It comes as no surprise that Iceland and Hawaii rarely come up in the same conversation, but perhaps its time that changed. After all, Europe’s northernmost island nation and America’s southernmost island state share more in common than one might imagine….  Read the rest

Iceland has really grabbed the bull by the horns and it has solved its problems of food security and energy. It’s incredible that it’s Iceland who did this.

Hawai‘i could – we should – be doing this. 

Power Plant Earth

We toured the Reykjanes district of Iceland on Thursday, where the Blue Lagoon is located, and saw how they are using geothermal energy for multiple purposes.

We saw that some of it goes to a nearby town to heat homes. What they do is heat up fresh water and transmit it through a pipe that is covered with fiberglass insulation, and which runs inside a larger pipe. Now I understand how they can move hot water 15 miles and only lose 2 degrees C. That is also why there is no smell of sulfur coming through the hot water pipes.

Other uses:

  • Some of the heat is used to make electricity.
  • Some is used in a fish farm.
  • And some is used for high-end pharmaceutical plants, which grow in an enclosed greenhouse that is temperature-controlled using warm water, and LED-lit in the proper growth spectrum to maximize production.

One of the most important uses is Carbon Recycling International’s project: Capturing CO2 from the power plant and, with hydrogen from hydrolysis, making methanol as a synthetic liquid fuel for automobile transportation. This seems to be a more direct process than growing plants, microwaving it with petroleum electricity, etc.

It’s easy to imagine Iceland exporting tomatoes to Europe. It’s all about energy!

Would we do all that in Hawai‘i? Maybe not, because we have free sun energy.

But we do know that it is about analyzing energy in and energy out. Common sense.

This building at right has the 150KW of geothermal generation, as well as Power Plant Earth, a scientific exhibit area.

Building

It’s very clean, modern and site-appropriate. These are some of the combusion turbines and hardware located indoors. It’s so clean one could eat off the floors.

Combustion

The red is a 50 MW turbine. There’s an overhead crane to pick it up and move it around, and large roll-up doors to move it in and out. There were two of the 50 MW turbines in place and ready to operate, and one more to be installed. A 150 KW geothermal plant is not really very big.

50MW turbine

The education center Power Plant Earth is at the entrance to the geothermal building. It’s a popular place for students to tour, and reminds me of the ‘Imiloa Astronomy Center in Hilo.

From its website:

From the “big bang“ theory of how the universe evolved from the size of a grapefruit to the harnessing of geothermal power in the Reykjanes peninsula, the exhibition shows how man utilizes different energy sources and how we benefit from it in our everyday lives. The exhibition´s most impressive showpiece is a geothermal turbine generating 50 MW of “green” electrical power, enough to keep Reykjavík City running on a good day.

Education center

They have an electric car on display.

Electric car

It was very interesting.