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Blockchain technology is here to stay, and it’s going to make the world a better place. At least, that’s the general consensus in the crypto community and slowly (but surely) the wider public as well. We might not know exactly how or when, but blockchain tech is on course to change all our lives.

With its ability to enable peer-to-peer trading of energy credits as well as crowdfunding projects, blockchain is already showing success in the solar energy space. Let’s take a look at the top three companies using blockchain in this sector.

3. WePower

WePower works not only with solar energy but also with other forms of renewable energy, such as wind and tidal. This company is all about incentivizing the community and has found cryptocurrency the best way to renew interest in renewable energy.

WePower allows for peer-to-peer energy credit trading, which is actually not a new concept. In fact, most existing solar incentive models work this way to generate a cheaper electricity bill. But with WePower, beyond lowering the cost of lighting your rooms and heating your home, you can earn WPR tokens for surplus energy as well.

WePower currently works with major solar plants in Europe, but its aim is to bring on more individual producers to make solar energy more accessible and to bring down its cost.

2. Sun Exchange

Sun Exchange raised a cool $1.6 million in seed funding last year and is an established blockchain solar energy player. Unlike other platforms, this one is not about the peer-to-peer trading of surplus energy credits. Sun Exchange is, however, concerned with “solar-powered money.”

How does that work? The platform exists to allow investors of all stripes, individuals or corporations, to help fund key energy projects around the world. By hopping onto the Sun Exchange, you can purchase what it calls “solar cells” and allocate them to the worthy energy project of your choice.

Sun Exchange has some serious partners, among them the Energy Web Foundation, Barclays, and the UN. In fact, the company recently announced a partnership with Powerhive to bring life-changing energy access to rural communities in Kenya and provide clean power to more than 175,000 people who live without electricity.

This will side-step traditional centralized banking loans and accelerate the solar electrification of emerging markets.

1. SolarCoin

SolarCoin was launched in 2014 as a rewards program for solar electricity generation. Its premise is fairly simple. One SolarCoin is equal to one megawatt-hour of solar energy production, and its focus is on individual households that install solar panels on their roofs.

While many governments offered significant incentives for such installments in the past, many have begun to cut back. This makes SolarCoin even more attractive to those who have already installed panels, as well as those thinking about it. They can be rewarded for surplus energy in SolarCoins to reduce the payback time for installation as well as drive down electricity costs.

SolarCoins have now been granted in over 60 countries, and this organization is already a respected name in the sector, working with other blockchain startups to accelerate solar energy adoption.

Closing Thoughts

More and more solar energy providers experimenting with blockchain technology are appearing all the time. And beyond personal gain and quick profits, they enable real and necessary solutions that are changing the world for the better.

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When Merline Furze decided to purchase solar panels, she thought the process would be simple enough. Buy the panels, get them installed and save some cash. But what she didn’t consider is how inclement weather could pose a challenge.

“One of my friends across the street had it and she recommended the solar to me,” Furze said.

The Windsor resident says a salesman with Sunrun convinced her to buy the panels. So, she signed a 20-year contract to get the service in 2016.

“He talked to me and told me how I’m going to save energy and all that stuff and I said okay,” Furze said.

Furze said she noticed significant savings on her electric bill after the solar panels were installed. Then in February 2017, high winds damaged her roof and the company removed the panels two months later.

“I’m frustrated. I’m angry,” she said.

Furze told us once the contractor finished the roof repairs, she waited nearly a year for someone from Sunrun to come out and replace the solar panels after calling the company repeatedly.

“I waited months and months and nobody came and nobody called me,” she said.

Sunrun disputes that claim, stating that Furze initially requested not to have the panels re-installed.

Sunrun put the panels back up in April of this year. But from April 24 to May 24, Furze said the solar panels weren’t working and she said her electric bill nearly doubled for that month.

So, she contacted Sunrun again and when Furze couldn’t get the issue resolved, she reached out to NBC Connecticut Responds.

A Sunrun spokesperson explained that Furze had an outstanding bill while her roof was being repaired.

“Upon further investigation, we discovered that the panels were removed due to a non-solar related windstorm issue… following that experience, Ms. Furze requested that the panels not be re-installed. In May 2018, Ms. Furze allowed us to re-install the panels; however, there was still an outstanding bill from when Ms. Furze’s roof was being repaired.

Ms. Furze [sic] roof issue was not related to Sunrun’s solar panel performance, service response, or other concerns within the scope of our agreement. Despite this, we have gone ahead and reimbursed Ms. Furze’s account for the $156.20.

Giving households freedom of choice when it comes to their energy future is integral to our mission..”

And with this resolution, Furze said she couldn’t be happier that NBC Connecticut Responds stepped in to help her.

“I’m grateful. I’m thankful to you.”



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The Remote Power System kit from Mr. Solar will help get your remote cabin or other off-grid location up and running with AC power.

This system is designed for one mid-size 72 cell panel (24V). We are currently featuring the Solartec S72MC-205

The panel comes with enough cable to take you 20′ to your controller. The controller is the Morningstar SS-10L-24, and is mounted on an aluminum backplate with breakers and terminal blocks for fast and safe installation.

Also on the backplate is the GP-ISW700-24 to give you 700W of Pure-Sine wave AC power output from two standard 3-prong plugs.

Finally, the system includes (2) 110Ah 12V AGM batteries and the cables required to wire the bank to 24V (series). The particular brand of battery will depend on available stock, please call or email for current information.

We can also design a custom system tailored to your needs. To contact a sales representative, please email us at sales@mrsolar.com, or call 888-680-2427 during normal business hours.

There is currently no Product Data Sheet available for the Online Solar Off-Grid Remote Power System Kit (RPS-1). Questions? Please continue reading below…

For more information about the Online Solar Off-Grid Remote Power System Kit (RPS-1), please feel free to contact us here or call us at 888.680.2427 or email us and we will be glad to assist in any way we can. Thank you for visiting Mr. Solar™, your last stop for solar power systems and components.

This tab is currently undergoing development. Please refer to our Shipping & Returns page for this information. Thank you.

This tab is currently undergoing development. Thank you.

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Clean Power


Published on July 27th, 2018 |
by Jake Richardson





July 27th, 2018 by  


Sun Exchange, a solar micro-leasing marketplace and Powerhive, a rural mini-grid solutions provider, have partnered to provide solar power to 175,000 Kenyans.

Proceeds from sales of the Sun Exchange SUNEX digital rewards token for pre-financing of solar power installations are expected to raise $23 million dollars in order to install 150 solar power projects in Kenya to provide clean, renewable electricity.

Both Sun Exchange founder and CEO Abraham Cambridge and Powerhive founder and CEO Christopher Hornor answered some questions for CleanTechnica.

1. Why did Sun Exchange partner with Powerhive and how did the partnership come about?  

Abe Cambridge: Sun Exchange’s goal is to ‘connect people to the sun’ and there is no more powerful way of achieving this than enabling anyone in the world to own solar panels powering developing regions previously without energy access. In 2017 and 2018 Sun Exchange member surveys, rural solar-powered mini and micro-grids were by far the most desired project type. We’ve since been scouting the market to identify the ideal project partner — one with a good track record, great ethos, and with happy customers. As the leading off-grid mini-grid developer in Africa, Powerhive met that criteria.

2. Why did you decide to help install more solar power in Kenya?

Chris Hornor: Bringing clean power to rural communities achieves greater social, environmental and economic impact than anything else as it provides access to education, healthcare equipment, and energy for productive use. Being on the equator, Kenya has ideal conditions for solar power, yet there are so many communities going without basic electricity access. Providing utility-grade solar power to communities provides access to clean and affordable power and all of the opportunities that come with it. This reduces urban migration which can cause slums and informal settlements to expand which often results in the loss of cultural heritage and sustainable, traditional farming practices.

3. How do you decide exactly where in Kenya to install the solar power systems?

Chris Hornor: Powerhive has built a very powerful software tool which utilizes Google Earth to scan villages and communities to find optimal locations for the sites. Powerhive’s proprietary mini-grid site location tools combine powerful GPS tools with on-the-ground scouting and community engagement. Sites are measured against a rigorous set of criteria including willingness and ability of communities to pay for electricity, and proximity to the national grid, before being approved by Powerhive management for development.

4. Where will you source your solar panels?

Chris Hornor: When it comes to generation assets, Powerhive is technology agnostic and will select the best hardware to meet the needs and geography of the site. Many of our solar panels come from our strategic partners, like First Solar, though we make purchasing decisions based on quality, price and availability. Solar panels are sourced from top-tier manufactures, mainly thin-film panels by First Solar, or crystalline solar panels by Canadian Solar or similar organizations.

5. Will local people be used when possible to install the solar arrays?

Chris Hornor: Empowering local people is at the core of Powerhive’s mission. In each village, local residents are trained to help construct the grids as well as maintain the equipment and are also employed for ongoing operation, maintenance and customer service work. But Powerhive actually goes further and helps to create income-generating opportunities for customers, such as the popular Kuku-Poa (Better Chicken) program, which connects customers to poultry rearing equipment, training and market access. Green collar job creation is one of the biggest social impacts of solar development in Africa.

6. When will the fundraising part of the project be completed?

Abe Cambridge: The Sun Exchange SUNEX Token sale ends on the 31st of December 2018.

7. When will the solar power systems be installed?

Chris Hornor: 20 sites are already in operation. Each site takes a couple of months to build, and we are targeting 10,000 sites within the next 5 years.

8. Can backers of your project expect a certain rate of return after buying in?

Abe Cambridge: The rental income earned by backers of our projects (Sun Exchange members) will amount to at least a return of 10{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} IRR.

9. Does your system run on Ethereum?

Abe Cambridge: Our SUNEX token is an ERC20 standard cryptocurrency on the Ethereum blockchain. It is a gamified rewards currency and can be used to get discounts and bonuses when using Sun Exchange and can even be staked into our solar project insurance fund. They can be earned through our platform or bought in our token sale, the purchase of which also contributes funds to Powerhive’s new mini-grid projects.

10. How much could a Kenyan household without electricity save by getting a home solar power system instead of using kerosene?

Chris Hornor: Powerhive doesn’t provide individual home solar systems but rather connects homes in off-grid communities to utility-grade (AC) power, versus most small solar home systems in the African market, which provide DC power. With a Powerhive connection households are able to purchase and draw electricity from the grid in the same way that people in cities do. Customers do not purchase energy assets outright, but rather pay a connection fee and then variable usage fees which change depending on demand, just as most electricity consumers in ‘developed’ countries

Currently, 81 percent of Kenyan households don’t have access to electricity. Rural Kenyan households spend an average 26{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} of their income on kerosene, which is expensive, has been increasing in price year on year, and has high levels of associated fire and respiratory health risks (source). When households get a Powerhive connection, they also cut their spending on diesel, batteries and travel costs associated with having to go elsewhere to charge their phones or get other energy sources. Add to that the support for productive energy use provided by Powerhive and you’ve set the stage for local economic development to thrive in a way that it couldn’t before. So, the goal is to not only enable households to save money but to actually earn more.

11. If your first effort is successful, will you attempt another?

Chris Hornor: The Powerhive model has already proven to be successful, the innovation now is integrating with cryptocurrency in order to scale, to give regular people the opportunity to invest in these life-changing clean electricity assets and to basically create a new model for financing electricity access in emerging markets. We’re optimistic that it will be successful and then we’ll do thousands more!

12. Can solar power pull a Kenyan household with no electricity out of poverty?

Chris Hornor: Powerhive provides a productive electricity connection, and not small roof-top home solar systems. With that being said, having access to electricity can absolutely pull a Kenyan household out of poverty because it provides access to a wealth of opportunities. Powerhive also offers customers internet access, which opens doors of possibility to participate in broader economic activities, to communicate and collaborate with others, and to access a global network of information which can empower people to learn new skills.

Abe Cambridge: Powerhive also offers what it calls the Kuku Poa program, which provides the skills and knowledge to people in newly electrified homes to run chicken hatcheries using electrical equipment such as incubators and lighting systems. This initiative opens new revenue streams for households, providing them with additional income which they can use to improve their living conditions and to purchase more electricity. This is a truly symbiotic relationship between Powerhive and households. Incorporating Sun Exchange into the equation as the finance mechanism for these projects further adds to a mutually beneficial three-way relationship.

13. Will your solar systems be grid-connected?

Chris Hornor: Powerhive’s off-grid utility solutions are designed for grid-interconnectivity, though they are currently primarily being deployed where productive power is needed most, further from the national grid. Furthermore, the ‘smart’ functionality of Powerhive’s ‘Honeycomb’ operating system enables national grid operators to have more stable and resilient ‘nodes’ of power at the so-called last mile of the electricity grid. The ideal situation is that Powerhive grids can be deployed now, quickly, to get rural areas online and then if/when the national grid arrives Powerhive can plug and play and create a more stable national grid.

14. Will they be paired with energy storage?

Chris Hornor: All Powerhive mini-grids have battery banks into which unused solar energy in the day time is stored to be used at night-time. The Honeycomb cloud-based energy management system then enables the very efficient (and remote) management of electrons from the generation and storage assets to the end-user. One of the beautiful things about Powerhive’s modular solution is that we can see when a certain community may be approaching maximum load/capacity of the mini-grid and we can easily go in and expand the system as needed. Of course, we’d love to see a situation where all of our customer communities use so much clean power that we have to expand all of our sites.

Image Credit: SunExchange and Powerhive


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FRESNO, Calif. (KFSN) —

Something the Central Valley has plenty of — sunshine. By using solar panels, those rays can be turned into energy to power your home.

But getting them installed can be costly. That is where Grid Alternatives comes in.

“We are funded by the California Public Utilities Commission SASH program, which stands for Single-Family Affordable Solar Homes,” said Grid Alternatives Karina Gonzalez.

They can offer solar to families at little to no cost.

“Some of our families that we serve are really in need not only because of the high energy cost, but they also may be facing medical issues, where they are required to have machines running in their home which pull extra electricity,” said Gonzalez.

Since 2009, they have helped Central Valley families save over $74 million.

Friday marked their 2,000th installation.

Brenda Burgess and her husband have been looking forward to this.

“He ended up getting COPD, and we have to use our air conditioner now, and our bill got really high,” said Burgess.

These panels save the Burgess family about 80 percent on their monthly energy bill.

“I know the bills are going to go down drastically and help our family with a little extra money for something else besides PG&E,” said Burgess.

Grid Alternatives says their mission does not stop here. They plan to help as many families as they can.

(Copyright ©2018 KFSN-TV. All Rights Reserved.)

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With solar energy grabbing more headlines, many Utah consumers are being bombarded with sales offers for home and business use — and that has state officials worried.

SALT LAKE CITY — With solar energy grabbing more headlines, many Utah consumers are being bombarded with sales offers for home and business use — and that has state officials worried.

“When (popularity rises), unscrupulous players enter the market and customers can be confused about what they’re buying or pressured into sales,” Chris Parker, director of the Utah Division of Public Utilities, said.

To combat those concerns, the division, along with the Office of Consumer Services, Friday announced the creation of a new state website for people using or considering solar energy resources. The online site, rooftopsolar.utah.gov, was developed to provide background information to ensure they are aware of applicable rates and rules to avoid pitfalls, Parker said.

“Solar energy is becoming a popular source for energy among businesses and homeowners in Utah,” Parker said. But with popularity comes the risk of fraud, so the divisions created an online resource to help educate and protect the public when seeking out solar energy, he added.

“What we hope to do with this is to create an unbiased place where a customer can go to find out what questions they need to be asking and understand the relationship between them, the utility company and these solar companies,” Parker said.

The website includes an extensive checklist of what questions consumers should ask and review with any prospective contractor or company, he noted. The site also contains information about Rocky Mountain Power’s tariffs governing the use of rooftop solar resources, including the different rates that might apply to different customers, he said.

“The idea is to give (consumers) a landing place for links to resources, as well as identify for them what they can expect from their utility once they’ve put one of these systems on their house,” Parker said.

Additionally, the website displays three categories of customers to provide Utah users with a roadmap for exploring solar energy: net-metered customer; transition customer; and post-transition customer. Each category includes a drop-down menu titled “What does this mean?” with background utility and government information.

Parker said consumers need to be aware of the advantages and potential disadvantages of rooftop solar installation to determine if it is right for their individual circumstance. The website will give them access to information and resources that will help them make prudent decisions, he said.

“We’re trying to get information out so that folks can think about what they ought to be thinking about when considering one of these systems, and get it from a source that isn’t trying to dissuade them or get them to buy something,” he said.


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“We hope that consumers will carefully evaluate costs and benefits of solar before signing up,” said Michele Beck, director of the Utah Office of Consumer Services. “Our goal is to provide user-friendly information so the public has all the facts before they sign a contract.”

The Utah Department of Commerce is constantly looking for ways to provide more information for consumers online, said Francine Giani, executive director of the department.

“Our hope is that rooftopsolar.utah.gov will become a valuable tool for consumers exploring this energy source,” she said.



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BIDDEFORD — It’s been nearly 100 years since the Saco River powered the textile mills that sit on its banks. Now a different form of renewable energy will power the sprawling brick buildings at the center of the city’s revitalization.

The Pepperell Mill Campus soon will become home to the largest privately held solar energy project in Maine when nearly 1,200 solar panels are installed on the roofs of three buildings that house 100 apartments.

The largest municipally operated solar array in the state is in Madison, where a 26,000-panel array generates enough electricity to power 700 homes.

Doug Sanford, the developer and owner of 1 million square feet of mill buildings, said he has planned to find ways to use renewable energy since buying the first building well over a decade ago.

“The cost was always an issue,” he said.

But the cost of installing solar panels has dropped to the point where it is feasible to install the array, which is predicted to produce enough energy to more than cover the needs of the campus’s 100 residential units.

Sanford said he will invest up to $1 million in the project, but the final cost has not been determined. The project will pay for itself within 10 years. Sanford plans to leverage federal tax credits available for solar projects.

The 1,192-panel solar array spread over 1.5 acres of rooftop will produce 437,320 kilowatt hours of energy annually, more than enough electricity to meet the needs of the campus’s 100 residential units. The remaining electricity generated by the solar array will be allotted to the 51 new apartments currently under construction and due to come online next spring.

Scott Joslin, general manager of Pepperell Mill Campus in Biddeford, walks along the roof of one of the mill buildings where a large solar panel array is being planned on Friday, July 27, 2018. Staff photo by Shawn Patrick Ouellette

The array will not be connected to the power grid, but will run through a Central Maine Power meter, campus officials said.

The array will result in annual carbon offsets of approximately 460,498 pounds per year, the equivalent of the annual greenhouse gas emissions from 40 passenger cars driven for one year or 500 barrels of oil.

Sanford said if the project works out as predicted, he plans to expand the system over more of the 12 acres of flat roofs at the complex. He also would like to partner with neighboring mill owners and create a renewable energy district.

Sanford expects the solar array to be installed before Christmas and come online by next spring.

A crowd gathered for a press conference at the Pepperell Mill Campus in Biddeford, where company leaders announced plans to install the largest privately held solar energy project in Maine on Friday, July 27, 2018. Staff photo by Shawn Patrick Ouellette

U.S. Sen. Angus King visited the Pepperell Mill Campus Friday to announce the partnership between the company and ReVision Energy, which will install the panels. King, who toured the campus with Sanford, praised the solar project and Sanford’s progress in transforming the former textile mills into a “city within a city.”

King, an independent, called solar power the “great revolution in American energy” and said the drop in cost in recent years allows people like Sanford to use renewable energy. Last week, King visited with a farmer in Mapleton who installed a solar array in one of his fields.

“This is happening all over Maine,” King said. “We have an amazing resource.”

“That’s what’s going to change America and it will change it for the better,” he added.

Phil Coupe, cofounder of ReVision Energy, said the Pepperell Mill Campus solar array is a “unique project in the heart of Biddeford’s economic and cultural revival.”

State Rep. Marty Grohman, an independent who represents Biddeford and is running for Congress, said the project will be an anchor in downtown Biddeford.

“I deeply believe that expanding solar is a critical part of Maine’s economic and energy future, so I’m glad that it’s also a growing part of our present,” he said.

The project was also praised by Mayor Alan Casavant, who called it “an exciting time for Biddeford.”

City leaders, including Casavant, consider Sanford a pioneer for leading investment in the mill district and have said the Pepperell Mill Campus is drawing attention to the city’s revitalization, bringing new businesses and residents to the community and expanding Biddeford’s tax base.

Sanford and his company have invested $40 million to $50 million in the mills since 2004. The 16-acre campus is more than 65 percent complete and plans are in the works for more housing, a hotel and the expansion of light industrial space.

The campus includes more than 115 businesses and 100 residential apartments. The apartments are a mix of studio, one-bedroom, two-bedroom and luxury loft units. Rent includes all utilities.

During a tour of the campus before a news conference announcing the solar project, Sanford showed King the mix of businesses on the campus, including a brewery, hiking equipment manufacturer and a glass blowing studio.

King, who last visited the mill five years ago, said he was amazed by the “phenomenal” transformation of the complex, which sits in the middle of downtown Biddeford.

“Biddeford is the most dynamic community in Maine right now,” he said.

Gillian Graham can be contacted at 791-6315 or at:

[email protected]

Twitter: @grahamgillian



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World Business Academy’s Powering Paradise Program Helps Property Owners in the Tri-Counties Go Solar

When President Trump pulled the United States out of the Paris climate treaty, Fred Hunter was so angry that he took money from his retirement savings and bought a solar system for his small home in Santa Barbara with assistance from the World Business Academy’s Powering Paradise program. The free program offers consultations, contractor referrals, and project assistance to help homeowners and commercial property owners pursue their renewable energy goals.

“I have been wanting to go solar for decades. I decided to put my money where my mouth is and do something positive for the environment,” said Hunter. “Otherwise, what kind of retirement am I saving for?” Hunter also considers installing solar panels to be a good investment. “Having solar is an asset that increases the value of my home,” he said.

Hunter’s six-panel system powers his entire house; he has a zero energy cost most months, which will save him thousands of dollars over the life of his solar system. The excess power his solar panels generate during high production days are stored in the electric grid as credits, which he uses at nighttime and when his panels are generating less power.

For Hunter, saving money wasn’t his main goal, even though every solar system saves money over time. “I was motivated because of my values. For me it was about the happiness it gives me to look at the app on my phone and see how much power I’m generating,” he explained. “It just feels nice to know I’m neutral on my use of electricity from the grid and there are no fossil fuels going into the energy I use.”

“It’s really satisfying to know I am powering my world and doing my part for the environment,” Hunter concluded. “Having solar has made me more conscious of the energy I use and even more conservation minded than I was before.”

Powering Paradise is a free public service program of the World Business Academy. The program educates people about solar energy and backup power, and refers them to local resources so they can go solar or acquire an emergency power system for their home or business. Project Director Cynthia Wallace provides one-on-one consultation, and then refers people to local solar electrical contractors who provide free energy consultations and project estimates. The World Business Academy assists throughout the project to help keep things on track and make sure people receive high-quality service. The program is available in the Tri-Counties.

“When you install solar energy, you are reducing your carbon footprint and helping to fight climate change and global warming,” said Wallace. “It’s one of the best things you can do as an individual to help the environment and generations to come. For example, an average 4.5-kilowatt solar system generates enough power in its lifetime to prevent about 120,999 pounds of coal from being burned in a power plant.”

Sun Pacific Solar Electric, Inc., based in Santa Barbara, designed and installed Fred Hunter’s solar system. They have been in the solar business for more than 15 years, and a Powering Paradise affiliate for over two years. “We are proud to partner with the Powering Paradise program,” said Cecilia “Ceci” Villaseñor Johnson, Sun Pacific’s President and CEO. “The World Business Academy shares our goal of helping people understand their renewable energy options so they can make informed decisions about installing solar energy and backup power systems.”

“When you consider your choices, it just makes sense to go solar. It’s the right thing to do for your pocketbook and the environment,” Johnson said. “There is no other appliance you can purchase for your home that starts saving you money as soon as you turn it on.”

To participate in the Powering Paradise program, register at PoweringParadise.com. For more information, contact Cynthia Wallace at 805-892-4600 or email [email protected].

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Tesla builds fast, energy efficient cars and the company is becoming a force in making homes greener by producing and storing solar energy.

But an LA man accuses Tesla of damaging his home, saying the company agreed to pump the brakes on installation of a solar energy system when the price suddenly increased by thousands of dollars.

The homeowner and Tesla both agreed to suspend doing any work until a price was finalized.

The problem is Tesla never told its contractor of the change in plans.

Rodney Lazar is evolving from green thumb to a green life- style.

Solar powered lights show off his gardening at night.

His next step was a solar-powered home.

“I think it adds a lot of value to the home, the concept of storing energy,” Lazar said.

Last spring Lazar turned to Tesla to accelerate going green.

He’d reached an agreement for installation of solar panels and later, the Tesla Powerwall battery.

“My $5,000 estimate they had given me suddenly became $17,000,” he said. He also said this happened days before work was to begin.

Tesla says Lazar had two contracts: one for solar, and another for the battery, and it was the cost of installing the battery that was increasing.

There are tax credits and rebates that also impact costs and he became confused on what he’d be paying.

Lazar told Tesla to pump the brakes.

In an email, a Tesla rep acknowledges Lazar’s request. The rep writes: “In order to give you more time to think about how you want to proceed we have temporarily removed you from the roof schedule as per your request.”

Then, three days later, Lazar got a surprise in his backyard.

“I left for work Monday, I come back and look in my back yard and I’m like, ‘Oh my god. What’s happened?'”

The north section of the roof was gone.

Tesla never told their contractor the work was postponed.

Two days later and before Lazar could have the roof inspected, they sent someone else.

“They went ahead and decided on Wednesday for a second time to send a roofer to try and come back and fix it without my approval,” he said. “You can actually see through the roof.”

There are misaligned tiles, and gaps showing in the repair work. They should fit like a puzzle.

Lazar says his own roof inspector recommends replacing the entire roof.

It has to be a full replacement because they can’t guarantee it won’t leak.

Tesla apologized for the mistake but balked at Lazar’s demand for a fix writing: “That as a result of the roof work. You are now requesting that we either give you a free re-roof of your entire home or free solar plus a free powerwall.”

Tesla offered to fix the roof and $250 credit toward services.

Lazar says credits are for customers and at the time his roof was ripped off, they hadn’t agreed on price and he hadn’t paid tesla a dime.

They think I’m a customer that’s angry,” he said. “No you’ve damaged my home, you need to properly fix my home.”

In a statement to the I-Team, Tesla says they want to fix the roof but Lazar won’t let them back on the property.

The north side of Lazar’s roof hasn’t had tiles in a month but both sides are now working to get the roof inspected and come to an agreement on a fix.

Tesla’s full statement:

The roofing work done on Mr. Lazar’s home was the result of a rare miscommunication on our part with a roofing contractor in preparation for a contracted solar panel installation. We immediately worked to remedy the situation with him as we would do with any customer. Despite multiple attempts to schedule a fix and replacement of the affected area free of charge, Mr. Lazar and his legal counsel have refused access. Instead, Mr. Lazar has used these attempts to seek tens of thousands of dollars’ worth of free home improvement services and Tesla products, including a completely new roof on the property. We look forward to resolving this with Mr. Lazar when he’s ready. – Tesla Spokesperson



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Godwin Isenyo, Kaduna

The Kaduna State government said it had secured an additional €10m grant from the European Union and the Economic Community of West African States to boost its solar energy intervention in the state.

A Senior Special Assistant to Governor Nasir el-Rufai on Energy, Ms. Dolapo Popoola, made the disclosure in Kaduna on Thursday.

At the signing of a MoU by the state and the EU/UK DFID on solar energy in the state, Popoola said the state had secured the grant from the EU delegation to Nigeria and ECOWAS.

She said, “This will see the programme expanded to general hospitals in rural areas, public secondary schools, water treatment facilities and more primary health care facilities to improve health care delivery, education and availability of water in rural communities.”

The state government on Thursday also signed a maintenance contract for its 1.7 megawatt solar project to expand the programme to hospitals, schools and water facilities in partnership with EU/UK DFID.

In 2016, the state government, as part of its strategic and energy development agenda, began the installation of 1.7MW of solar systems in primary health care centres across the 23 local government areas of the state.

Speaking at the event, the Executive Secretary of the Kaduna State Primary Health Care Development Agency, Dr. Hadiza Balarabe, noted that 34 primary health care centres in 21 local government areas had been equipped with solar systems.

She said, “At its initiation, this project was the first of its kind in Northern Nigeria to ensure that the selected health care centres, serving over 180,000 patients annually, can be supplied all the power they need to provide quality health care round the clock in an environmentally friendly manner.

“On average, almost 6,000 babies are delivered every year across these 34 primary health care centres – 44 per cent at night.”

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