We are very excited to announce our new partnership with First Hawaiian Bank, now offering a year of 0% financing for your home solar project with the EnergySmart Financing Program. Sunetric is one of the islands’ only approved contractors for the EnergySmart program.

There’s never been a better time to go solar with a FHB-financed photovoltaic system designed and installed by Sunetric. With a PV system, you will:

• reduce and in many cases eliminate your electric bill,
• free yourself from rising electricity rates,
• increase the value of your home, and
• help our islands become less reliant on fossil fuels.

And when you combine 0% APR for 12 months from First Hawaiian Bank with State and Federal tax credits, you’ll start saving immediately.

• 0% financing on the system you are purchasing and installing.
• You may be approved for more than the cost of the system (depending on your equity in the property).
• Use your available funds by simply writing a check.
• Interest you pay may be tax deductible (contact your tax advisor regarding the deductibility of interest).
• Interest rate is often lower than other types of personal loans, credit cards and etc.
• Rate Lock option, allowing you lock in all or a portion of your balance at low fixed rates.

Ready to go solar? Call us!

4.82% APR is the Current Variable Rate as of 6/1/11. See First Hawaiian Bank’s EnergySmart page for detals and terms.

Saturday, June 11^th, is King Kamehameha Day, and our offices will be closed in observance tomorrow, June 10^th. As Sunetric joins the residents of Hawai‘i in reflecting upon our heritage, we’d like to share with you a story that speaks to our Hawaiian history of innovation, forward thinking about energy, and a deep connection to the ʻāina.

Ahead of the Pack and Renewably Powered

The Hawaiian Kingdom first saw electricity under a different monarch: King David Kalākaua. With the addition of electric lights to Iolani Palace in 1886, Iolani Palace became the first royal residence in the world to be electrically lit, long before even the White House had moved beyond gas lamps!

In the late 1870s, talk of a thing called ’electricity’ had hit fever pitch, and King Kalākaua was interested in seeing how it might be applied in practical way. In 1881, Kalākaua met Thomas Edison himself in New York City. Five years later, a insurance executive in Honolulu named Charles Otto Berger arranged a demonstration of electric light at Iolani Palace, the residence of the King. On the night of July 26^th, 1886, Her Royal Highness the Princess Liliuokalani and Her Royal Highness the Princess Likelike held a tea party, the Royal Hawaiian Military Band played, and military corps marched. Hawaii residents traveled from all over the island to witness the glow of Iolani palace, bathed in new electric light.

A few months passed. David Bowers Smith, a businessman hailing from North Carolina and living in Hawaii, finally convinced King David Kalākaua to put an electrical system in place at Iolani Palace — a small steam engine combined with a dynamo to power incandescent lamps. On the 16th of November of that same year (1886), Iolani Palace became the world’s first electrically lit royal residence.

Shortly thereafter, the government looked into building a power plant to light the streets of Honolulu. The plant was built in Nuuanu Valley and used flowing water to drive its turbines — a very early example of renewable energy powering Hawaii. The streets were first lit in March of 1888. The year 1890 saw a few homes and businesses with electricity, and a year later, nearly 800 of Honolulu’s homes were electrically powered.

The White House finally saw electricity the following year, in 1891. Even then, the exclusive use of electricity was rare, and President Harrison and the First Lady wouldn’t use the switches themselves — fearing shock, domestic staff took care of the lights.

Hawaii: A History of Progressive Energy Policy

Following Kalākaua’s early adoption of electric technoloy, Hawaii continued to innovate.

The islands’ sugar plantations used the byproducts of the sugar cane harvest to generate electricity for the operations, and even sold their surplus electricity back to the utility. ’Bagasse‘, the fibrous leftover of sugarcane processing, was used to generate heat and power and was Hawaii’s primary renewable energy resource as of 1980.

When oil prices spiked in the 1980s, the Hawaii state government sought to implement renewable energy production throughout the island of Oahu. In addition to solar water heaters, wind turbines, hydroelectricity, the state began exploratory implementations of geothermal wells and biomass power generation. Remarkably, alternative and renewable energy sources made up between 40 and 50 percent of the island’s electricity in the early 1980s.

Hawaii Must Continue the Tradition of Innovation and Renewable Energy

King David Kalākaua had the foresight to see the benefits of electricity, and his work was instrumental in its widespread adoption in the Hawaiian kingdom and abroad. From its earliest days and into the modern era, Hawaii has employed renewable energy sources. Skyrocketing oil costs over the last century incited our leaders to pursue alternative forms of energy, and we are seeing the same situation today.

We should demand of our legislature and our governor — the leaders we elect to serve our best interests — that they be as forward thinking as our monarchs when it comes to energy technology, policy, economics, and the future of Hawaii. We have an abundance of renewable energy sources, and we only do ourselves, our children, and our forebears a disservice not to put those alternative energy routes to their greatest use.

References and Further Reading

• Wikipedia: King Kamehameha Day
• Wikipedia: David Kalākaua
• HELCO: The story of electricity in Hawaii
• White House History Timelines: Technology
• Policy Recommendations for Hawaii’s Energy Future (report by Rocky Mountain Institute for State of Hawaii DBEDT)
• Wikipedia: Bagasse

Last month we gave you a rundown on EV, ZEV, hybrid, and plug-in hybrids, and talked about how solar fits in. Today we’d like to explore EVCSs — Electric Vehicle Charging Stations.

The EVCS industry is brand new, and there are many factors involved with successfully implementing these devices into the current market. Most electrical contractors aren’t familiar or experienced with the social and economic background of EVCSs, and therefore assume the EVCS is ‘just another device to install’. The truth is that EVCSs are far more complicated, and an expert installation is just as important as ever.

In order to prevent installers from improperly installing EVCSs, Underwriter’s Laboratory (UL) created a certification program regarding the implementation of these devices. Underwriter’s Laboratory is responsible for certifying every electronic device in the US, including photovoltaic modules.

As always, Sunetric personnel go above and beyond to guarantee that their customers will have a properly installed device and received the nationally recognized certification for installing these Level 2 charging stations.

Not only did Sunetric receive a UL certification, Sunetric also acquired the only Schneider Electric EVCS Certification in the state of Hawaii. See our certifications here.

Sunetric is proud to be the only UL-certified company installing Level 2 Electric Vehicle Charging Stations (EVCS) in Hawaii. Don’t let your charging stations be installed improperly! Go with Sunetric!

It’s been a great couple of years for solar, and every day the sun shines brighter on business PV. And while a healthy solar industry is something we take pride in, customers benefit considerably from the strong state of the trade. An invigorated economy, rapid and frequent innovation, the strengthening effects of competition, and the influential spread of alternative energy — all of these things translate to good things for our customers, not to mention our planet!

Sunetric: Commercial Solar Clients
Here at Sunetric, we have more than 94 commercial clients in our portfolio since 2006, and we’re adding more every month. We’ve got more than 20 commercial solar projects underway in 2011 so far, and we‘re on track to make this our fullest year yet.

• SEIA: Commercial Sector Drive U.S. Solar Market with 38 Percent Growth in Third Quarter, Solar Costs Continue Decline
  This report from the Solar Energy Industries Association from this past December shows just how much PV was installed in the third quarter of 2010 — “530 MW of PV, already well over the 435 MW installed in all of 2009.”

  Alongside support from state and federal policies, nationwide growth is being propelled across residential, commercial and utility-scale market segments by the continued decline of average system costs, which the report finds were below $6/watt in Q3 for the first time, or 8.5 percent less than Q1 averages.

• SEIA: US Solar Energy Industry Experiences Record-Breaking Growth in 2010
  The SEIA followed up in March with this statement, laying out just how “Federal section 1603 Treasury program, completion of significant utility-scale projects, expansion of new state markets and declining technology costs” led to “doubling installation totals from 2009.”

• SustainableBusiness.com: US Solar Development Heating up in Q2
  SustainableBusiness.com rounds up seven large commercial electric and solar energy companies starting large-scale PV projects in just this quarter of 2011, including SunPower, from whom Sunetric has earned the coveted Elite Dealer distinction.

  SunPower is designing and building a 4MW solar array that will be part of the largest planned zero-net energy development in the US. The development is a residential village at the University of California, Davis. It will include solar panels on rooftops and parking canopies, supplying 100% of the power needs for student housing, recreation and study facilities.

• Renewable Energy World: Huge Growth Expected for North American Solar Industry

  President Obama recently stated in his 2011 State of the Union Address: “Instead of subsidizing yesterday’s energy, let’s invest in tomorrow’s.” Shortly thereafter DOE secretary Chu launched the SunShot initiative, geared at research to drive down the costs of solar PV aggressively.
  
  As Conference Committee Chair of Intersolar North America for the past three years, I witnessed the ebb and flow of policy, regulation, investments and its effect on the solar industry. The U.S. solar market has the potential to double once again in 2011, making it a contender for the world’s largest solar market by 2015. The ‘perfect storm’ of incentives, regulations and affordability, makes it well positioned for strong growth.

All signs point toward continued improvement and innovation in the world of solar energy, both locally and abroad. The 110-megawatt Crescent Dunes Solar Energy Project in Nevada has the green light. The UN reports that renewable energy could provide 80% of the world’s energy needs by 2050. As fossil fuel becomes scarce and inefficient, solar power lights up rural areas of India, and Japan has just announced plans to have solar on every new building by 2030. The Philippines are planning a solar summit. Guam too.

The time for solar is now. See for yourself.

One of the many things that distinguishes Sunetric as Hawaii’s best solar company is our full-service approach. That means we handle every stage of the design, development, and installation of your PV system. This allows us to move quickly and intelligently — every Energy Consultant, Installer, and Technician communicates efficiently and operates with the same commitment to quality and service that defines Sunetric.

The Importance of Leadership

Zack Eberz is a Crew Foreman at Sunetric, which means he leads one of our residential installation crews. Zack’s job is to ensure that his crew of five PV installers is as productive and efficient as possible. Zack describes his daily duties:

I work in the field with our crew Monday through Thursday. I usually get to the job site first and layout the homeowner’s installation while two of our crew members go to the warehouse and collect all of the materials we’ll need for the job. Laying out an installation is where I take our engineers drawings and make them come to life on our customers rooftops.

In addition to installations, Zack performs weekly pre-inspections, where the Energy Consultant’s designs are confirmed with the project engineers so that any necessary changes can be made before the engineering phase of the installation begins. In an average week Zack performs one or two pre-inspections and completes anywhere from one complicated installation to three or four standard installations on homes in Hawaii.

An Electric, Sunetric History (and Future!)

Zack grew up in Philadelphia, and after graduating high school, attended Montgomery Community College before moving to Hawaii in 2003.

I’ve always been interested in alternative energy, but, before I started working in the field, I worked with my father, who owns a construction business. I started working with him early; I was in 7th grade, so I was fortunate to learn a lot from the business at a young age.

I also worked on designing buildings myself and then went out and built them — I was lucky to have the chance to train with my dad in the construction and design world.

It felt like it was a natural transition for me to move from the construction industry into the solar industry, both because of my past and because of my interest in renewable energy in general.

Zack’s talent made for a quick progression at Sunetric: he began as a hot water installer, pursued an interest in PV over to a solar crew, and learned as much as he could to move into the foreman position when one opened up. Zack attributes his speedy progression to his foreman Ikiaka Palakiko, who trained Zack well in his PV crew.

Zack has also worked a roof technician has now transitioned into an apprentice, learning the electrical trade under a journeyman. He has worked three of five years’ required experience to take the exam for his journeyman’s license.

Working with Sunetric, Working for Hawaii,
Working Towards a Sustainable World

Zack loves his job, and says that his favorite part of working for Sunetric is how much he’s learned and the service he’s able to provide to the people of Hawaii. In his own words:

The most exciting part of my job is when the home owner comes out at the end of the installation and is excited to see the meter spinning backwards and our work completed. They’re always to happy and proud to have their solar installation complete.

I like that I feel good about what I do at the end of the day.

Zack is committed to doing his part to make Hawaii a sustainable place. “Bringing oil to Hawaii,” he says, “just doesn‘t make sense. Hawaii is in a great position to be sustainable, and I’m happy to do my part to see that happen.”

And he doesn’t just act locally — he aspires to make a difference on a global scale:

In the future, I want to help my friends in Jamaica — or any Third World nation, for that matter — to have solar PV in the remote places that they live. A lot of who I am comes from Jamaican culture, so being able to go there and help them with what I have learned is something I strive to do.

When He’s Not Installing PV Systems…

I produce reggae music for local musicians in my free time, and I’m also a DJ. Family is also an important part of my life outside of work. I’m the proud father of a month-old baby boy, have a three-year-old daughter, and a bride-to-be — as of next month!

It seems like we post something about the rising electricity rates here in Hawaii every week, doesn’t it? Let’s have a look at the coverage of Hawaii’s ever-increasing rates over just the last six months, and just from the Star-Advertiser:

• Thursday, November 11, 2010: Maui, Big Island, Kauai electric rates rise
• Thursday, January 13, 2011: Electric bills to have tiered rates
• Wednesday, March 2, 2011: Oahu electric rates tied to usage
• Thursday, April 14, 2011: Fuel prices send electric bills surging
• Tuesday, May 17, 2011: HECO residential rates on the rise

Here is Tuesday’s article excerpted in full for your convenience:

HECO residential rates on the rise

Residential electricity rates on Oahu rose to the highest level in 2 1⁄2 years in May as rising fuel prices pushed up generation costs for Hawaiian Electric Co.

Rates on Maui and Hawaii island also increased.

HECO said a typical 600-kilowatt-hour bill rose to $188.88 in May from $181.44 in April.The last time Oahu electric bills were this high was in November 2008 when a 600-kilowatt bill was $182.01.

Crude oil futures were $115 a barrel on May 1, about 35 percent higher than they were six months earlier. Crude oil futures traded at a record $147 a barrel in the summer of 2008.

The effective rate for electricity in Honolulu is 30.1 cents per kilowatt-hour in May, up from 28.9 cents last month.

Elsewhere in the state:

» Maui Electric Co. customers saw rates rise to 35.9 cents per kilowatt-hour this month from April’s 34.1 cents. The typical Maui bill rose by $10.68 to $223.21.

» Hawaii island residential rates rose to 42.40 cents a kilowatt-hour from last month’s 38.2 cents. The typical bill rose by $25.55 to $265.96.

» On Kauai the rate rose to 44.27 cents per kilowatt-hour. Last month the rate charged by the Kauai Island Utility Cooperative was 42.63 cents per kilowatt-hour.

But don’t let the recent coverage give you the impression that we’re merely experiencing a temporary rise in prices — this isn’t a recent issue. Hawaii is the most oil-dependent state in the country. Over 90% of our electricity is petroleum-derived, and the majority of our petroleum is imported. With shipping costs ever on the rise and the compounding effects of rising gas prices, Hawaii has the highest electric rates in the nation.

Go solar now and lock in your utility bill. With a variety of financing options, solar is affordable for you, and it’s affordable today.

See how much you’ll save with solar: check out our Solar Calculator. It only takes a few seconds:

It’s no secret that Hawaiians are in a precarious situation when it comes to fossil fuels, every drop of which must be transported from a distant place. Back in the late 1970s, a Hawaiian gasoline service station was the first in the U.S. to have $1 a gallon gasoline – and today, even that looks like quite a bargain!

As a result, EV, ZEV, Hybrid, and Plug-in Hybrid vehicles are looking pretty good to citizens of the Aloha State. But what are these, exactly?

EV, or “Electric Vehicle”

You may be surprised to know that battery-powered electric cars are nothing new. In fact, over a hundred years ago, some of the first automobiles were electric-powered, one of the most famous being the Detroit Electric. These vehicles were produced for 30 years, beginning in 1907. During the First World War as the cost of gasoline spiked, the company sold over 1500 a year. With a range of 100 miles and a top speed of 20 miles per hour, they were quite suitable for use in cities. However, they lost popularity in the 1920s as the price of gasoline dropped and Americans started taking to the open road. Although the Detroit Electric met its demise in 1937, the concept has been resurrected recently as other carmakers such as GM, Nissan and Tesla Motors offer their own models. Some modern electrics can now reach freeway speeds and travel for up to 400 miles between recharges. However, the new generation of batteries that make this possible are extremely expensive; a set can run as much as $20,000.

Look Ma! No Emissions!

“ZEV” stands for “Zero-Emissions Vehicle,” which covers EVs as well as hydrogen-fueled and human or animal-powered vehicles (i.e., bicycles and horse-drawn wagons). The term as applied to the first two is a bit misleading, however; although electrics and hydrogen fuel cell vehicles don’t produce emissions directly, there are emissions produced at the sources of the electric or hydrogen gas generation – so in the case of coal, oil and gas-fired power plants, the emissions are simply shifted.

Hybrids and Plug-in Hybrids

Toyota made news in the late 1990s when they announced their first hybrid design. Today, the Toyota Prius continues to be one of the most popular new vehicles on the market, despite recent problems with acceleration.

A hybrid uses both an electric motor as well as a gasoline engine. There are a few different configurations; most commonly, the vehicle runs on its electric motor(s) until the batteries are drained, at which point the gas engine kicks in. In another configuration, the electric motor is used at low speeds and in stop-and-go traffic (such as city driving), while the gas engine takes over at highway cruising speeds. The third configuration operates like a diesel-electric locomotive or vessel; the gasoline engine runs a generator that supplies electricity, which in turn runs the vehicle itself.

A “plug-in” hybrid allows the driver to recharge the vehicle batteries at home (otherwise, the gas engine itself recharges the batteries) or at public recharging stations.

(Sunetric is certified to install Electric Vehicle Charging Stations by both Underwriters Laboratory and Schneider Electric! If you’re looking for a reputable contractor to install your charging stations, contact us today!)

The Solar Combo

The real benefit to the environment – and to consumer pocketbooks – from these vehicles can come from combining electric vehicles with renewable energy generation. If you can charge your electric vehicle from your solar array, you’re driving for free! A solar-powered home plus a “solar garage” containing a solar-recharged EV or plug-in hybrid can really bring in the “green” – both for the environment and for the wallet.

And don’t forget Watt Wheels! Our bright blue Honda Element, affectionately called “Watt Wheels,” combines a vehicle and solar power in a unique way. Watt Wheels has been retrofitted with three 230W SunPower modules and can provide mobile solar power just about anywhere on Oahu, from beach clean-ups to educational fairs. With 6kW of maximum power delivery from two 3,000W Outback inverters and 12kW of battery storage, Watt Wheels can power 1,000W for 12 hours without a charge during cloudy days and night events. See where Watt Wheels will be next!

Some of you may have heard stories of neighbors and friends of friends signing up for solar ‘starter kits’ and finding themselves with damage to their roof or, even worse, roof leaks. At Sunetric we take pride in our obsession with attention to detail and quality assurance to ensure that each of our installations is perfect. But what makes for a top-notch installation?

We asked Gabriel Chong, Sunetric Engineer and our Lead of Residential Operations, for what distinguishes the ideal installation. Here are his rules for a flawless installation.

The Importance of Planning

A well-done installation is the direct result of careful inspection and planning. In the photovoltaic industry, there is no room for ‘winging it.’ Any architect or roofer can tell you that their worst enemy is roof leaks. Detailed and easy-to-read construction plans drawn up by an experienced solar professional will guarantee that the installation crews will build systems that are both visually appealing and completely free of leaks.

High Standards

Any reputable solar contractor will:

1. Have a properly designed roofing plan by a trained and certified solar designer.
2. Have a properly designed electrical plan by a trained journeyman electrician.
3. Ensure that your project management team, like Sunetric, has NABCEP Certified personnel.
4. Ensure that your sales consultant has been properly trained to assess your home.

   Sunetric is the only solar contractor in Hawaii that has NABCEP PV Technical Sales Certified employees, so you’ll be getting the best and most accurate customer care and appraisal from day one.

5. Ensure that your installation team uses materials that are certified for use by professional engineers.
6. Ensure that you are provided with a highly trained installation crew.

   Sunetric’s crews have been installing since 2004 — we have the most installation experience.

7. Offer you a minimum warranty of 25 years on your modules’ production.
8. Offer you a minimum warranty of 5 years on your module framing.
9. Offer you a minimum warranty of 10 years on your racking system.
10. Communicate with you often and clearly to be sure the system that they’re building aligns with your standards.
11. Provide you with answers to all questions at any time.

The Final Inspection

A well-done installation is officially well and done when the Final Inspection is passed. Be aware that your NEM (net energy metering) agreement will not be active until your permits are closed. So choose carefully when selecting a contractor: if your system does not pass inspection soon after installing, you’ll be waiting to start offsetting your electric bill and saving money until it does! (With our long history of great installations, Sunetric’s permit closure rate is second to none.)

Our Standards and Yours

Sunetric is proud to call each of these standards our own. Every solar installation we’ve done since 2004 has been given the same level of expert planning and diligent care, and we are serious about our commitment to professional installation and treating your home right. It’s what makes us Hawaii’s Solar Authority.

If your solar contractor doesn’t meet and go above and beyond these standards, ask why!

At the beginning of April, Sunetric joined forces with the American Red Cross and the …With Aloha Foundation to help the victims of and recovery efforts for the Great East Japan Earthquake and subsequent tsunami in Japan. For the Solar for Japan fundraiser and giveaway we established donation channels directly to those two organizations, with a chance to win one of two $15K PV systems for every $10 donated.

Solar for Japan was present at the …With Aloha block party and benefit concert, the Kokua for Japan concert, and the fundraiser was covered by dozens of local media and web outlets.

Still Accepting Donations

With your support and donations we raised nearly $10,000 for Japan. We are grateful for your kindheartedness and are extremely proud to share in this expression of aloha. And though the fundraiser is over, the recovery process continues, and we encourage you to join us, Red Cross of America, the …With Aloha Foundation, and dozens of other organizations in continuing to support the people of Japan in this trying time.

• American Red Cross: Donate to Japan
• …With Aloha Foundation: Donate to the Tohoku University Hospital-Japan Relief Fund

The Winners!

On Monday at 7:45am, Sunetric’s Director of Marketing Laura Poirier joined Bobby Curran to announce the winner on ESPN Radio (AM 1420). The two winners of the donated photovoltaic systems were Pam-Carey Goo and Lois Chiu! Listen to the drawing broadcast here!

Pam Carey-Goo of Kaneohe with her daughters Carey and Brandee.

“I appreciate being able to donate to Japan and help our environment!” said Pam.

Lois Chiu with her husband Nick and their two daughters Ella (3 years old) and Adalyn (7 months old).

And see the great video below of our own Laura Poirier and the With Aloha Foundation interviewed on KHON Be Green 2 featuring the Solar for Japan fundraiser and the giveaway winners.

The $15,000 solar arrays are projected to save an average household more than $100 per month. Both donated systems are identical and offer ten Trina PV panels of 230 Watts per panel. They come with 3000W Centralized Inverters and 25-year production warranties

We thank all who entered and supported our Solar for Japan fundraiser with the American Red Cross and the …With Aloha Foundation.

We’re proud and excited to say that the Solar for Japan fundraiser and PV system giveaway is going strong. We’ve raised a lot money for Japan and spread our message of help and aloha far and wide, and we’re just getting started.

Radio and TV Interviews

Last Sunday, our own Tamara Berger and Kupu’s Noah Coombs talked with Mike Buck on Clear Channel’s Community Matters show about the Sunetric and Kupu educational program and the Solar for Japan fundraiser. Listen to the interview here.

This morning, Sunetric President Sean Mullen talked to Rick Hamada on KHVH radio about the Solar for Japan fundraiser. We’d like to thank Rick for the interview; it was a great opportunity for all. Listen to the interview here.

More Press and Mentions from Around the Web and Hawaii

• Honolulu Magazine: Sendai-Honolulu Journal: The Power of Human Kindness
• Honolulu Magazine: Sendai-Honolulu Journal: …With Aloha Party Pictures
• KTIV: Sunetric aids Japan with solarforjapan.com
• KITV: Fundraiser Aims To Help Japan Hospital
• Star Advertiser: Restaurants and musicians turn out for Sendai hospital
• Green Magazine Hawaii: Sunetric Solar Fundraiser for Japan
• With Aloha Event Re-Cap video on YouTube
• WithAloha.org

Check out the Sunetric Facebook for updates, links, and more! And if you haven’t already, donate $10 to Solar for Japan and get a chance to win a $15K PV system from Sunetric!

Love Hawai‘i? We have the power to change where our energy comes from. Today.

Skyrocketing gas prices—up more than $1 over the past six months. Soaring electricity rates—40% higher than two years ago. Hawai‘i residents are paying the price for the state’s debilitating dependence on oil. It’s expensive—$5 billion each year. It’s dirty—50 billion tons of carbon pollution each year. Yet we rely on it for more than 90 percent of our energy needs, even though we have no control over its price or supply. Hawai‘i residents believe it’s time to change this picture, and Blue Planet Foundation wants the legislators to hear them.

On Tuesday, April 19, 2011, join Sunetric and the Blue Planet Foundation for the 2011 ‘We Have the Power’ Clean Energy Rally at the state capitol. Watt Wheels will be providing power to the event!



We will be sign-waving on S. Beretania Street with a rally at the capitol to follow.

Governor Abercrombie will address students between 11:15am and 11:30am. Students will be recognized by the House and Senate from 12:00-12:30pm.

Click here for more information from Blue Planet Foundation!

We are fighting for bills (HB1019: Barrel Tax & HB1250: On-Bill Financing):

HB1019: Clean Energy Investment: This bill is to support clean energy by adding a surcharge to the barrels of oil being imported to Hawaii each year. Despite 55% of all collected funds are designed to support clean energy, legislators are working on balancing the state budget that could change this breakdown. Let’s make sure our leaders invest in our energy future! HB1520: On-Bill Financing:Blue Planet Foundation is orchestrating a massive push to pass a policy that will literally bring power to the people. House Bill 1520 SD2 is a measure to adopt on-bill financing, which serves to eliminate the restrictive upfront cost of efficiency upgrades such as solar power and energy-saving appliances. Residents will be able to pay off the purchases directly on their electric bill by applying the energy savings over time. On-bill financing makes clean energy accessible to everyone—not just big companies that can finance big renewable projects. On Tuesday, Apr. 19, students and concerned citizens from across the state will gather at the State Capitol to ensure that everyone has a voice in Hawai‘i’s clean energy future.

HB 1520 is the sole energy proposal that helps residents lower their cost of living. On-bill financing offers a choice: Pay less for power, or keep paying more for pollution. Hawai‘i can’t afford not to enact this legislation.
We all believe in clean energy, but for some, affordability is one of the biggest obstacles to embracing it. House Bill 1520 eliminates the upfront cost of solar systems and energy efficient appliances by giving you the option to add them to your electric bill! Your bill will go down-even as you pay off the purchase — because you’re saving more energy!

…With Aloha Fundraiser

Over the weekend, the With Aloha Foundation held a fundraiser on Saturday, April 9 at the Pagoda Hotel. Presented by aio, the fundraiser was a block party, benefit concert, and food tasting featuring 24 local restaurants and entertainers from around the world. All of the proceeds from the event, along with donations we raised through the Solar for Japan giveaway, will be sent to Tohoku University Hospital in Sendai, Japan, where many of the earthquake and tsunami victims are receiving care.

We’ve uploaded a ton of photos from the event. Check out Facebook for more!

And if you haven’t already, donate $10 to Solar for Japan and get a chance to win a $15K PV system from Sunetric!

One Great Cause, Two Chances to Win.
ENTER NOW

Press and Mentions from Around the Web and Honolulu

• Aloha for Japan
• Blue Planet Foundation on Facebook
• Hawaii Home and Remodeling — ‘Thoughts of Home’
• Renewable Energy World — ‘Sunetric Offers Free Solar PV Systems to Raise Money for Japan’
• Honolulu Weekly
• KGMB’s Morning Show
• ESPN and KSSK Radio Shows
• The Mike Buck Show
• …With Aloha TV PSA and ads
• Radio Spots on ESPN and KSSK

If your PV system is tied to the electric grid, like most, some solar energy resellers will tell you it’s a good idea to have a battery backup system in place. Are they right?

These folks will tell you need a battery backup because, if your PV system is tied to the grid, the inverter — the component that turns alternating current (AC) into direct current (DC) — has a built-in shut-down switch which turns everything off in case the grid itself goes down. This is designed to protect utility workers, who would otherwise risk being electrocuted by your system. The battery backup will keep you going, at least for a little while, even if the grid itself goes down.

Now, this is true — but the downside of a battery backup system is the up-front capital expense. These systems cost so much that more than 99% of home PV installations don’t include one. The fact is, batteries are so expensive that the added cost of the backup system pushes the net cost over the price-parity line – adding many years to your system payoff. It might even mean that the solar system ends up costing you money, rather than saving it. The batteries that are used as backups for solar systems resemble automobile batteries, but run anywhere from $150 to over $500 apiece – and depending on your load requirements, you’d need quite a number of them. To run an “island” system like this, you also need special (and expensive) inverters and switches.

There are some people for whom a battery backup can make sense. Folks living in real isolation, where grid access simply isn’t an option, need a battery system if they want to use power at night or during bad weather. Those who suffer from frequent power outages may prefer a battery to having a generator. Hobbyists who are only running a few appliances from a small-scale PV system might want a small battery backup to extend their hours of use. The really hard-core environmentalists who want to do without the grid at all, or survivalists worried that the whole grid will someday come crashing down are also good candidates for this kind of system.

Most homeowners, however — and nearly all of our customers — will do a lot better financially by signing up for net metering. With net metering, the grid simulates storage for you — excess production in the day goes into the grid and credits your account, and at night you pull from the grid and run the credit down, just as if you had been charging your battery during the daytime and then drawing it down at night. The grid isn’t really a storage system — but from the point of view of the individual homeowner, it acts like one — and there is no added cost.

In the wake of the earthquake and tsunami that hit Japan on March 11, funds and resources for the recovery have been in urgent need. In an effort to assist and provide for the people of Japan and the organizations helping to care for and rebuild, Sunetric has donated two solar photovoltaic systems to raise funds for two local charities — the American Red Cross Hawaii State Chapter and the With Aloha Foundation.

We are collecting donations at solarforjapan.com, and all donations raised through the website will go directly to the American Red Cross Hawaii State Chapter and the With Aloha Foundation to aid in their relief efforts. Donations may be made to either or to both charities, and for every $10 donated to either cause, entrants receive one entry to the drawing for one of the photovoltaic systems from Sunetric. (No donation necessary to enter or to win.)

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The American Red Cross, Hawaii State Chapter

The American Red Cross has been a primary source of support for the residents in the wake of the disasters in Japan. Coralie Matayoshi, CEO of the American Red Cross, Hawaii State Chapter, said:

“We are so grateful to Sunetric for their compassion in this time of great tragedy. Their efforts in raising much needed funds for the American Red Cross Japan Earthquake & Pacific Tsunami relief effort will help us save lives and give hope to those in need. We cannot thank them enough for their wonderful contribution to the cause of humanity.”

The With Aloha Foundation

The second donated PV system supports the With Aloha Foundation, which is holding a fundraiser on Saturday, April 9 at the Pagoda Hotel. Presented by aio, the fundraiser is a block party, benefit concert, and food tasting featuring 24 local restaurants and entertainers from around the world. Proceeds from this event, along with donations raised by the solar giveaway, will be sent to Tohoku University Hospital in Sendai, Japan, where many of the earthquake and tsunami victims are receiving care. Susan Eichor, aio President & COO, said of the fundraising effort:

“We are so thankful for Sunetric’s generosity in donating not one, but two, photovoltaic systems to help raise funds for the victims of Japan’s earthquake and tsunami. With Aloha is a community inspired movement of Hawaii organizations coming together and helping those in need. We are humbled to partner with companies like Sunetric to support Japan …With Aloha.”

The Photovoltaic Systems

The $15,000 solar arrays are projected to save an average household more than $100 per month. Both donated systems are identical and offer ten Trina PV panels of 230 Watts per panel. They come with 3000W Centralized Inverters and 25-year production warranties. (Installation and permitting are included. The systems must be installed on the island of Oahu, but winners can transfer their prizes to a friend or family member.)

As a local company, we are incredibly proud to provide help and kokua for Japan. This partnership allows us and the residents of Oahu to directly help the people of Japan and have the opportunity to go solar in the process. We hope that our customers, friends, and neighbors will join us in this humanitarian effort.

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Click to see a sample HECO letter (PDF).

In October of 2010, the feed-in tariff system was approved in Hawaii. In December applications were being accepted, and later that same month Sunetric weighed in on what FIT means for Hawaii.

We recently learned that HECO has been soliciting PV owners, offering a ‘one-time opportunity’ for a switch to FIT (feed-in tariff) metering. We don’t believe that feed-in tariff systems are a financially prudent option for Sunetric customers who already have NEM systems in place. Here’s why:

For Commercial Customers

We at Sunetric are very confident that we have sized your system appropriately, and you should keep your system as NEM (net-energy metered) unless you have plans to either a) build a secondary FIT system separate from your NEM or b) plan to add panels to your current system (thus increasing its size) beyond your current usage requirements.

For Residential Customers

For homeowners, we do not believe that converting a residential system makes sense, except in the very rare case of uninhabited or abandoned properties.

When in Doubt, Call Your Energy Consultant

In any case, if you are unsure or unclear about your options in any way, please get in touch with your Sunetric Energy Consultant. We are standing by and waiting to assist any of our customers with questions.

Sunetric is dedicated to pushing solar forward in Hawaii, and our primary concern is creating the most efficient, money-saving systems for our customers. We will always keep you updated when there are changes afoot in the industry that might affect you, and let you know the smartest way to proceed.