Category Archives: Renewable Energy Sources

About To Throw the Switch on our Hydro

Richard Ha writes:

Our hydro is all hooked up and we are ready to throw the switch.

HELCO is meeting with whoever they meet with on O‘ahu on Tuesday, and we will get instructions for the Standard Inter Connect. We cannot wait.

We will have stable and low-cost electricity. This will give us the ability to refrigerate and consolidate produce for area farmers. We plan to expand the number of farmers and type of crops growing on our land.

portobello mushroomsWe are looking into growing portabello mushrooms, and are in the process of growing our first batch. When we get into commercial production, we will end up with compost and that will allow us to get into organic food production. The electricity we generate will help the controlled atmosphere and sterilizing process.

We are also in the process of getting into aquaponic fish production.

Lots of exciting things going on.

Our New Hydroelectric System Is Almost Online

Richard Ha writes:

Our new hydroelectric system is almost ready to go.

We received a County permit to put a power line under the single lane County road, and that was finished several weeks ago. All the overhead lines are in place now.

All we need to do is hook up the ends and we will be generating electricity from the river.

Hydro, hamakua springs, richard ha

Our vision is to use the electricity to help area farmers consolidate and ship their produce to market along with ours.

Our hydro project is an attempt to stabilize farmers’ costs. Farmers and food manufacturers here in Hawai‘i – where we use oil for more than 70 percent of our electricity generation, compared to the Mainland where they use oil to generate only 2 percent of their electricity –  are at a disadvantage when it comes to importing food products.

Lots of veteran Big Island farmers are considering selling, instead of passing their farm on to the next generation. The quadrupling of energy costs in the last 10 years had been just too hard for them to adjust to.

Our farm uses approximately 30 kilowatts of electricity, and we will generate more than 70 kilowatts.

We’re asking people for ideas about what to do with the excess electricity. One idea is to cold treat temperate fruit and fool it to think it’s growing in Washington, sort of like what they did at NELHA. I that case, they ran cold water by temperate crops and gave them the cold treatment that way.

Any ideas?

Guest Post: We Underestimate The Old Hawaiians

By guest blogger Rodrigo Romo:

With every question that seems to stir up controversy (geothermal, the Thirty Meter Telescope [TMT], etc.), the way I see it is to ask: "What would Kamehameha (or the old Hawaiians) do?"

The old Hawaiians lived in harmony with what the land/sea provided them, making sure they took care of their resources and making sure they were not depleted.

Would the old Hawaiians bring oil from distant lands to meet their energy needs? Or would they take advantage of what the land and the gods provided them (geothermal, solar, wind, hydroelectric)?

The old Hawaiians were famous for their star-based navigational skills. If they had the chance to further understand the universe from the top of Mauna Kea, would they pass on that opportunity? Or would they take advantage of the privileged location they were given by the land/gods to learn more about the universe?

I think part of the problem is that people underestimate what the old Hawaiians would do in today's technologically advanced world, and many think that they would still live like they did prior to the arrival of Cook.

I don't think that is the case. They were incredible wise people from an environmental point of view. They understood that by living on an island their resources were extremely limited and that their environment was very delicate.

Because of modern-day technology, we tend to forget that. It's easy for us to go to the grocery store and buy tomatoes from California, peaches from Chile and Atlantic salmon. We turn on the switch and expect the light to come on, because we know that there will be a ship/plane coming over to deliver our goods; goods that were not produced here from the land.

People see geothermal or wind as an intrusion to the environment, but have no problem with burning fossil fuels that are brought in from thousands of miles away.

They worry about the impact that a geothermal well may have on the air quality, but never think about the consequences that an oil spill from a tanker would have on our corals and the life around them.

People see the TMT as an intrusion into sacred land (regardless of the telescopes already present) but fail to see the wonderful opportunities it will provide to local young future Hawaiian scientists to be in the lead of space exploration.

We can learn a lot from the ways of the past: An understanding of the real value of our local resources, and how delicate our environment is. Combining that understanding with advances in technology will lead the path to achieving, or at least to moving closer to becoming a sustainable community/culture.

Aloha.

Rodrigo Romo was a member of the second Biosphere 2 crew. He is currently VP of Engineering for Zeta Corporation, where he is involved in water conservation projects. He lives in Hilo with his family.

Can Geothermal Exist In Harmony With the Hawaiian World View?

Richard Ha writes:

On Thursday, Kalei Nu‘uhiwa and I spoke on a geothermal panel at the UH Manoa’s Richardson School of Law.

Kalei talked about Papakū Makawalu, a Hawaiian deconstruction of the universe into its basic component parts. Here is an interesting talk she gave on this topic about a year ago. (It’s about 13 minutes; well worth a watch.)

From the Edith Kanaka‘ole Foundation:

Papakū Makawalu is the ability of our kupuna to categorize and organize our natural world and all systems of existence within the universe. Papakū Makawalu is the foundation to understanding, knowing, acknowledging, becoming involved with, but most importantly, becoming the experts of the systems of this natural world.

At our panel discussion, the essential question was: “Can geothermal exist in harmony with the Hawaiian world view?”

Kalei’s answer, as I understood it, was, “Yes – If we have a full discussion ahead of time to assure that all concerns are adequately addressed. We need to understand and be comfortable in knowing what its effect on the Hawaiiian environment would be.”

I agree with this point of view. When we were asked what would we do if one of the geothermal developers did not agree to abide by this I said, “Then they need to get out of here!”

Hawaiians in pre-contact time were very successful. Here in Hawai‘i today, we are less successful.

This is why I really like Charles Hall’s EROI concept, which measures net energy. It provides empirical data that compares use of energy from ancient times to the present. It’s a way of comparing apples and apples across time.

Blessing or Curse? Native Hawaiians & Geothermal Energy

Tomorrow (Thursday, March 7, 2013) Richard will be sitting on a panel called Native Hawaiians and Geothermal Energy: Blessing or Curse? It's at the University of Hawai‘i at Manoa's Richardson School of Law.

Kalei Nu‘uhiwa is also on the panel, which takes place from 11:45 a.m. to 1 p.m. Free and open to the public. We invite you to come and learn more about this subject!

Screen Shot 2013-03-06 at 11.48.11 AM

– Leslie Lang

Very Simple Explanation of ‘Energy Return on Investment’

Richard Ha writes:

Every organism, organization and even civilization needs surplus energy or it goes extinct.

Richard Ha, Hamakua Springs, Big Island, Hawaii, Energy

When a mama cheetah catches an antelope, for instance, she needs to get enough energy from consuming that antelope to take care of her kids.

Let’s say all the antelopes are very skinny, and the energy she gets from eating a skinny antelope only gives her enough energy to make one more sprint, and that’s all.

That would be described as an "energy return on investment," an EROI, ratio of 1-1. She has no excess energy available to do anything but catch her next meal. That would be a very scary existence: She would have to catch an antelope on every single sprint, or her species would go extinct.

But if the antelopes got fatter, and the cheetah could make two sprints from eating one antelopes, we would call this an EROI of 2-1.

When the cheetah could make five runs from eating one antelope, things would be starting to look better (EROI 5-1). She would have energy left over to do more than just survive. She could spend time washing and playing with the kids.

At an EROI of 10 to 1, she could send the kids to grad school; things would be wonderful.

At an EROI of 30 to 1, the cheetah population would start to grow. The cheetahs would move into condominiums and take vacations in Hawai‘i.

Richard Ha, Hamakua Springs, Big Island, Oil, Electricity Cost

So what does this mean in real life? Here’s some history.

In the 1930s, we could extract 100 barrels of oil from the ground by using the energy we got from one barrel of oil. That’s an EROI of 100-1.

By 1970, we were only getting 30 barrels of oil from the use of one barrel (an EROI of 30-1).

And in 2013, it’s around 10 barrels of oil (EROI 10-1).

Tar sands is around 5-1.

And biofuels are less than 3-1. Some biofuels (for example, alcohol from corn) are barely more than 1-1. You can see why putting our money and efforts into biofuels hardly makes sense.

Especially when you realize that geothermal, as we have in Hawai‘i, appears to have an EROI ratio of 11-1. It’s also significant to note that this rate won’t change anytime soon. The Big Island will be over the “hot spot,” which creates our geothermal conditions, for 500,000 to 1 million years.

Here is an article about the minimum EROI a sustainable society must have, by Charles A.S. Hall, Stephen Balogh and David J. R. Murphy.

What don’t we understand about this?

Shale Gas & Shale Oil, Only a Short-Term Bubble

Richard Ha writes:

From ShaleBubble.org:

THEY TELL US

WE’RE ON THE CUSP OF AN OIL & GAS REVOLUTION.

But what if it’s all just a short-term bubble?


The Reality is that the so-called shale revolution is nothing more than a bubble, driven by record levels of drilling, speculative lease & flip practices on the part of shale energy companies, fee-driven promotion by the same investment banks that fomented the housing bubble, and by unsustainably low natural gas prices. Geological and economic constraints – not to mention the very serious environmental and health impacts of drilling – mean that shale gas and shale oil (tight oil) are far from the solution to our energy woes.

This makes total sense to me.

In 2009, at the Association for the Study of Peak Oil and Gas (ASPO) conference in Denver, I attended a panel discussion on natural gas production.

Arthur Berman, a petroleum geologist and energy consultant, talked about analyzing 4,000 Barnett Shale wells. He found that an average well produces 70 percent of its production in the first year. This made sense to me: It’s a gas.

An industry person on the panel said that life span of the wells is calculated to be 22 years. Obviously, they must produce at a very low rate later in their life span, compared to their first year’s production. One has to keep drilling more just to stay in one place.

In this landmark report “Drill Baby Drill,” J. David Hughes of Post Carbon Institute takes a far-ranging and painstakingly researched look at the prospects for various unconventional fuels to provide energy abundance for the United States in the 21st Century. While the report examines a range of energy sources, the centerpiece of “Drill, Baby, Drill” is a critical analysis of shale gas and shale oil (tight oil) and the potential of a shale “revolution.”

From the Executive Summary of “Drill Baby Drill:

World energy consumption has more than doubled since the energy crises of the 1970s, and more than 80 percent of this is provided by fossil fuels. In the next 24 years world consumption is forecast to grow by a further 44 percent—and U.S. consumption a further seven percent—with fossil fuels continuing to provide around 80 percent of total demand.

Where will these fossil fuels come from? There has been great enthusiasm recently for a renaissance in the production of oil and natural gas, particularly for the United States. Starting with calls in the 2008 presidential election to “drill, baby, drill!,” politicians and industry leaders alike now hail “one hundred years of gas” and anticipate the U.S. regaining its crown as the world’s foremost oil producer. Much of this optimism is based on the application of technologies like hydraulic fracturing (“fracking”) and horizontal drilling to previously inaccessible shale reservoirs, and the development of unconventional sources such as tar sands and oil shale. Globally there is great hope for vast increases in oil production from underdeveloped regions such as Iraq. 

However, the real challenges—and costs—of 21st century fossil fuel production suggest that such vastly increased supplies will not be easily achieved or even possible. The geological and environmental realities of trying to fulfill these exuberant proclamations deserve a closer look.

Click here to see a report about the role of Wall Street investment banks in the recent shale gas drilling frenzy and related drop in natural gas prices, written by Deborah Rogers from Energy Policy Forum.

The petroleum age is not even 150 years old, and already we are worrying about supply. In contrast, consider that the Big Island will be over the “hot spot” for 500,000 to a million years.

We don’t need $200/barrel Aina Koa Pono biofuel, which will make us less competitive. What makes sense is the $57/barrel oil equivalent that is geothermal.

We in Hawai‘i need to prepare for worse case scenarios.

So how much time do we have and how do we take care of all of us?

We need to be practical: What works, works.

This is about competition. Low cost trumps high cost.

It’s about net energy. The energy left over from what’s expended in getting the energy is what we have left to use.

And it’s about common sense. When kids picking guava or waiawi in a pasture hear hoof beats, they run first. Then they look to see if it’s a horse or the wild bull.

Amending HB 106: ‘Let’s Fix It”

Richard Ha writes:

I sent in testimony, on behalf of the Big Island Community Coalition, regarding HB 106, draft 1. This bill contemplates repealing Act 97 (geothermal subzones, etc.).

We should keep the good parts of this bill and add parts that make it better. We need balance as we take care of everyone’s needs. This is about all of us, not just a few of us.

Here’s my testimony:

To the Water & Land committee

Aloha Chair Evans and Vice Chair Lowen,

The BICC is very strongly in favor of amending this bill.

There are good things in this bill; let’s leverage that. We are strongly against repealing it in its entirety.

No question: home rule should be addressed. This was an unfortunate oversight the last time around. Let’s fix it.

The heart of the bill that must be kept is the part that allows geothermal exploration and development in various land use designations.  The geothermal resource exists where it exists, not where we want it to exist. So we need a larger area to explore, not less. By having more choices we can get further away from populated areas. And we can increase our chances of success. The permitting process gives the necessary checks and balances to protect the people.

The essential problem we must solve is how to protect the people from rising oil prices. Repealing Act 97 in its entirety will raise our electricity prices.

The petroleum era is less than 150 years old. Oil is a finite resource and we are observing increasing oil prices. Oil price has quadrupled in the last 10 years. In contrast, the Big Island will be over the “hot spot” for 500,000 to a million years.

Geothermal-generated electricity is less than half the cost of oil-generated electricity. And it will be stable for 500,000 years.

The Big Island’s electricity costs have been 25 percent higher than O‘ahu’s for as long as anyone can remember. The Big Island Community Coalition is a grass roots organization that was formed to drive the cost of electricity on the Big Island down.

One of the BICC members did a cost analysis of a local school district’s 12 month electricity bills – generally 2012. Their costs (total of all schools involved) averaged $115,900/month.

At O‘ahu’s rates, those costs would be $115,900/1.25 = $92,700. That’s a savings of $23,200/month or $278,400/year.

If we figure $70,000/year pay for a teacher, the difference is four teachers for the district.

Because of these kinds of things, the BICC said enough was enough.  People turned out at the PUC hearings, and consequently the governor issued a press release saying that HECO/HELCO had withdrawn its proposed 4.2 percent rate hike.

No one has ever told us: “We disagree with you; we want higher electricity rates.”

The members of the BICC are Dave DeLuz, Jr., John E.K. Dill, Rockne Freitas, Michelle Galimba, Richard Ha, Wallace Ishibashi, Ku‘ulei Kealoha Cooper, D. Noelani Kalipi, Ka‘iu Kimura, Robert Lindsey, H.M. “Monty” Richards, Marcia Sakai, Kumu Lehua Veincent and William Walter.

Rising electricity rates act like a regressive tax, but worse. As electricity prices rise, folks who can afford to get off the grid will do so. Those who cannot leave, the rubbah slippah folks, will be left to pay for the grid.

If we can achieve low-cost, stable electricity, trickle-up economics can result. If the rubbah slippah folks have money to spend, they will spend. Then businesses will be able to hire, and then we won’t have to send our children away to find jobs.

There is a lot at stake here.

Good luck.

Aloha,

Richard Ha
Cell 960-1057

I’ve been to five Association for the Study of Peak Oil conferences. I was co-chair of the Geothermal Working Group authorized by SCR99, and sit on the Hawaii Clean Energy Initiative (HCEI) steering committee and the State Board of Agriculture. I’ve been to Iceland to see geothermal in operation, and I was part of the Big Island delegation that toured geothermal resources in the Philippines.

At Hamakua Springs we farm 600 fee simple acres of diversified crops. I do an Ag and energy blog at hahaha.hamakuasprings.com.

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.

Is HECO Seriously Damaging Its Credibility?

A proposed biofuels project that Hawaiian Electric Company (HECO) supports is going through PUC approval process right now.

HECO’s public relations people say that as a result of this new project going through, the average Hawai‘i rate payer’s electricity bill would increase by only about $1 per month.

But let’s look at that in a little more depth. HECO is seeking approval to pay Aina Koa Pono (AKP) $200/barrel for the biofuel it produces on the Big Island at Ka‘ū, and would pass on any extra cost (beyond what oil actually costs at the time) to its rate payers, both on the Big Island and on O‘ahu.

HECO has kept that $200/barrel price secret – they are still keeping it secret – but the Big Island Community Coalition folks figured out the price, and how the “$1/month rate increase” was determined.

Using the Energy Information Agency’s (EIA) Annual Energy Outlook (AEO-2012), one can see that HECO is using the highest price scenario, which projects an oil price close to $180/barrel in 2015. In the AKP discussion, it was said that the price of oil would exceed the actual price projected at the end of the period.

We can see that the line hits $200/barrel in 2035. Since they assume that oil will be $180 in 2015, they can therefore say that the difference (between the actual and projected price) would be very small: Hence, an increase of only perhaps $1/month for the average rate payer.

However, it follows that if the actual price of oil is much lower than $180/barrel, rate payers will be paying the difference between that amount and $200. What if the actual cost of oil in 2015 is $120/barrel? That would cause rates to go up much more than $1/month – especially for high-power users.

I cannot help but think that HECO is damaging its credibility immensely by pushing this project. HECO is spending hundreds of
thousands of dollars on public relations to convince us that it is trying to lower people’s rates – when, in secret, it appears to be doing exactly the opposite.

By the way, HECO says the hundreds of thousands of dollars it spends on PR comes from its shareholders. How can rate payers tell when HECO is speaking on behalf of its shareholders, and when it’s speaking on behalf of its customers?

This Aina Koa Pono project needs to be rejected because it will make our electricity rates rise. Rising electricity rates act like a giant regressive tax, because as folks who are able to leave get off the grid, those who cannot afford to are left to pay for the grid.

This results in farmers and other business folks having higher operating costs. For everyone else, it takes away discretionary income. And we know that two-thirds of our economy is made up of consumer spending.

There are also problems with the project itself. Fuel has never actually been produced using the process and feedstock that Aina Koa Pono proposes. AKP does not know what it is going to grow. So far, the feedstock it is testing experimentally is white pine. The Micro Dee technology that AKP wants to use is still experimental.

There is also a risk that this process might use more energy than it generates. Generating electricity is generally about boiling water and making steam that turns a turbine. It is cheapest to burn the stuff, boil water and make steam.

But Aina Koa Pono’s proposed process is extremely energy-intensive and expensive: It would make electricity to make microwaves to vaporize the cellulose to get the liquid and then take the pyrolysis oil, refine it to make it burnable, and then haul it down to Keahole in tanker trucks to make steam. Why should the rate payer pay for all that?

Cellulosic biofuels are not yet a cost-effective technology. On the mainland, in the middle of last year, the Environmental Protection Agency drastically decreased its 2011 estimate for cellulosic biofuel from 250 million gallons to a paltry 6 million gallons.

In 2010, cellulosic biofuel companies on the mainland needed to buy their feedstock for $45/ton. But because farmers were earning $100/ton for hay, the biofuel firms received a $45/ton subsidy.

I asked how much AKP expected to pay for feedstock, and the AECOM Technology Corporation consultant said between $55 and $65/ton. The problem there is that Hawai‘i farmers have been earning $200/ton for hay for 10 years now.

There is an agricultural production risk, as well. Palm oil is the only industrial-scale biofuel that can compete with petroleum oil. AKP has 12,000 acres and it says it will produce 18 million gallons of biofuel annually, and another 6 million gallons of drop-in diesel. So it will produce 24 million gallons using 12,000 acres. That is 2,000 gallons per acre, and that is four times the production of palm oil. More likely they would need at least four times as much land, or 48,000 acres. But where?

Consider too that Ka‘ū Sugar relied on natural rainfall, and it was one of the least productive of the sugar companies. There is a drought right now. And at 22 degrees N latitude, the area has less sun energy than the palm oil producers located on the equator.

According to Energy Expert Robert Hirsch, in his book The Impending World Energy Mess, the best model for biofuel production is a circular one, where processing is done in the
center of a field (which does not exceed a radius of 50 miles) consisting of flat land and deep fertile soil with irrigation and lots of sun energy. This situation exists in Central Maui, where Hawaiian Commercial & Sugar Company (HC&S) is located. It explains exactly why HC&S is the sole surviving Hawai‘i sugar plantation.

To compete heads up in the world market would require the best possible combination of production factors. These are not them.

It’s also important to consider that locking ourselves into a 20-year contract now would preclude lower cost alternatives. Geothermal, for example, is the equivalent of oil at $57/barrel. Ocean thermal has the possibility of being significantly lower in price than $200/barrel oil.  LNG is on the radar and so is biomass gasification. Who knows what else would come up in 20 years?

Paul Brewbaker and Carl Bonham, both highly respected Council of Revenue members, have said, very emphatically and for a while now, that low energy cost is critical. We should listen to them.

The International Monetary Fund team modeled different oil supply scenarios and did a presentation at the Association for the Study of Peak Oil (ASPO) conference a month and a half ago. They could not model a constant $200/barrel oil. Those would be uncharted waters; and ones, by the way, that would devastate Hawai‘i’s tourist industry. Why should we start paying $200/barrel for oil in 2015 if we don’t have to?

Five people from Hawai‘i attended this year’s ASPO conference. Notably, Kamehameha Schools sent two high-level people. Next year, Hawai‘i should send 20 people to learn what’s happening with oil prices and energy.

In the meantime, the amount of risk involved in the AKP biofuels proposal is just far too great. In the investment world, reward is generally commensurate with risk. Except for protection from $200/barrel oil in later years, the AKP project would provide little reward for all the risk we rate payers would assume.

This is a very, very bad deal for consumers.

Big Island electricity rates have been 25 percent higher than O‘ahu’s for as long as anyone can remember. This probably adds to the reason why the Big Island has the lowest median family income in the state, as well as the social ills that go with it. We need lower rates, not higher rates!

Although this is not an official Big Island Community Coalition (BICC) communication, I would like to point out that the BICC has been very instrumental in getting lots of people to stand up and say, “Enough is enough.”

The BICC is a bare-bones, grass roots citizen group with some of the most recognizable names on the Big Island on its steering committee: Dave DeLuz Jr., John E K Dill, Rockne Freitas, Michelle Galimba, Richard Ha, Wallace Ishibashi Sr., Ku‘ulei Kealoha Cooper, D. Noelani Kalipi, Ka‘iu Kimura, Robert Lindsey, H M Monty Richards, Marcia Sakai, Kumu Lehua Veincent and William Walter.