All-Electric Plane Readies For The start Of A ‘New Age Of Aviation’

Eviation has signed a deal with DHL to deliver 12 aircraft for cargo operations, and is set to attract new passangers for their commuter planes as well.

Two years after unveiling to much fanfare, a prototype for the first known all-electric airplane at the Paris Air Show in 2019, Israeli-American company Eviation Aircraft is preparing for a “new age of aviation,” according to founder and CEO Omer Bar-Yohay.

The test flight for the aircraft, dubbed “The Alice”, is expected “before the end of the year” with the plane — now in its fifth iteration — in final assembly at Eviation headquarters in Arlington, Washington, just north of Seattle.

Bar-Yohay told The Times of Israel in a Zoom-facilitated interview from Arlington this month that the company was “excited” for the flight, which puts the Alice on a path toward approval by regulators and then, hopefully, into service in 2024. “We are making three more planes for a total of four aircraft to accelerate certification,” he said.

The Alice was originally conceived as a small, nine-passenger, fully electric commuter aircraft manned by a single pilot that would make regional trips as accessible as a train ride, but at a lower cost and with better service, according to the company.

With a payload of 2,500 pounds (1.1 tons) and a range of 440 nautical miles (815 kilometers), the Alice would be available for passengers to book a ride by app for popular short-haul routes — say, San Jose to San Diego, London to Prague, and Paris to Toulouse. It’s a potential experience Bar-Yohay has coined “it’s an Uber in the sky.”

The aircraft’s lithium-ion battery would require 30 minutes or less to charge per flight hour, Eviation says, as its mission is to make electric, zero-emission aviation a “competitive, sustainable answer to on-demand mobility.”

Bar-Yohay calls it a “new age of aviation” where “we are seeing a convergence of factors.”

“We have a product that is sustainable [the Alice is made of lightweight, composite materials], it is economically sustainable, as it is cheap to operate and maintain, and it is socially sustainable — this is a mode of transportation people want to use,” said Bar-Yohay.

Electric engines and battery technologies are driving a “third age of aviation” where “we have a maturity of elements and advanced materials, the social will, and the financial capabilities,” said Bar-Yohay.

Eviation snagged its first client, Massachusetts-based regional airline Cape Air, in 2019 just as it unveiled its Alice prototype. Cape Air, which operates 95 fleets in some two dozen cities throughout the US and the Caribbean, placed an order for Alice aircraft in “the double digits,” Bar-Yohay said at the time, at a price tag of $4 million per plane. The company then announced that two well-known but not-yet-disclosed American companies had also placed orders for the Alice, which now topped 150.

A few months later, Singapore-based conglomerate Clermont Group announced that it had bought a 70 percent stake in Eviation for an undisclosed amount, acquiring the company and injecting fresh capital into its operations. Clermont Group also owns electric motor manufacturer MagniX, which provides Eviation with two Magni650 electric motors for the Alice.

Eviation has attracted its fair share of attention in recent years, nabbing a spot on TIME magazine’s list of 100 “best inventions” two years ago (alongside eight other Israeli-founded companies), and winning a “World-Changing Ideas” Award in 2018 by US business magazine Fast Company.

Last month, Eviation revealed that global logistics and international shipping giant DHL had placed an order for 12 Alice aircraft in cargo configuration, the “Alice eCargo”, to set up an electric DHL Express network for “a pioneering step into a sustainable aviation future,” according to the company.

DHL announced in 2017 that it was embarking on an ambitious environmental protection plan to reduce all logistics-related emissions to zero by the year 2050.

“We firmly believe in a future with zero-emission logistics,” said John Pearson, CEO of DHL Express, in a statement accompanying the announcement. “We have found the perfect partner with Eviation as they share our purpose, and together we will take off into a new era of sustainable aviation.”

Travis Cobb, EVP Global Network Operations and Aviation for DHL Express, said that the Alice was “a fantastic sustainable solution for our global network” as the company looks to make “a substantial contribution in reducing our carbon footprint.”

The heart of the matter:

Partnering with clients like DHL is a “huge deal” and a significant milestone for Eviation, Bar-Yohay said. The Alice’s cargo version naturally has some modifications — no seats, for example — but the specifications on payload and range remain the same.

“We have a credible operational solution for cargo operations; the Alice can work day in and day out and function as a workhorse,” he said, adding that the plane can be charged while loading and unloading for “maximum use” on short hauls.

Eviation’s focus, however, is very much on its commuter solution, which Bar-Yohay said will make “a bigger dent” in the transportation industry and is “the heart of the product offering going forward.”

His vision is to introduce a cost-effective, environmentally conscious, and quicker way for people to travel between cities and major destinations, using airstrips as stations. The company says the Alice has low maintenance and operating costs and expects that the aircraft will reduce carrier costs by up to 70 percent.

A strong bonus, Bar-Yohay notes, is how much quieter electric planes are.

“ Today, if you live by a small airport or airstrip, you get the noise and it hurts the value of your property. What if we could change this? Look at airstrips as a station [that is part of a network] or a hub, and not just an inconvenience,” he explained. “With thousands of airports per continent, we can tap into this [network].”

“I see every kind of short-haul transport turning electric soon. In the long-term, long-haul flights will also change,” Bar-Yohay posited, as new technologies become available.

By the time the Alice planes go into service in 2024, pending all regulatory approval, “electric aircraft fleets will be much more common” because they don’t need as much infrastructure as electric cars, he said.

“For every flight, there is a flight plan; you know when the plane is taking off, when it’s supposed to land, which route it is taking — you know everything you need to know because it is a controlled environment,” he explained.

Once there are final approvals, “the rollout will be fairly rapid here in the US, and then globally.”

Eviation is set to announce two new clients for commuter operations by the end of the year, Bar-Yohay said, declining to specify.

He emphasized that Eviation was a plane manufacturer and would not become a fleet operator or a logistics provider.

Seattle as a base:

Bar-Yohay and his team set up shop in Arlington four years ago to tap into the local aviation talent pool and large-scale manufacturing capabilities in the Seattle area, where the Federal Aviation Administration maintains a major regional office. The agency, part of the US Department of Transportation, regulates all aspects of civil aviation in the country and licenses commercial operations.

Bar-Yohay said the area is an important hub for the aviation sector and serves as a base for major industry players like Boeing and Amazon, both founded in Seattle. Amazon Air, the e-commerce giant’s cargo airline, schedules flights from Seattle-Tacoma and is set to add Spokane, a city about 280 miles (450 km) east, as a destination as well.

“There is a lot of value in being part of this broad ecosystem,” he said.

At one point, Bar-Yohay walked a very short distance from his office to reveal a brightly lit hangar where a team of Eviation specialists was working in and around the Alice. “People tell me it’s like working at Google but with a plane in the backyard,” he joked.

Bar-Yohay himself is a veteran of the aerospace and aircraft industries, having worked for 15 years in various leadership roles in Israel and Europe before going on to establish Eviation Aircraft in 2015 in Kadima, Israel.

Eviation still maintains its R&D operations in the city, close to Netanya. “It’s a very important part of the operation for us,” he said.

The whole team weighed in on the name for the aircraft, settling on Alice because it “begins with the first letter of the alphabet” and as a reference to the popular children’s tale “Alice in Wonderland.”

“ The name encapsulates the inquisitive nature of this whole process” as well as the adventure, Bar-Yohay said.

The Alice is the first of a family of products for Eviation — but “all in due time,” he added.

The focus, for now, is getting the Alice certified and taking it to market successfully. “The next step is literally backing the plane out of the [hangar] doors, completing a low-speed taxi, then high-speed, and then flying.”

Source: Ricky Ben David, The Times Of Israel, Eviation

Image credits: Eviation 

‘For Our Children’s Sake’: Miami Dade Schools Commit To 100% Clean Energy By 2030

Miami-Dade County, the fourth-largest school district in the nation, became the first Southern school district to commit to an ambitious goal: switching to “clean energy” entirely by 2030.

The resolution didn’t define clean energy, but traditionally that means switching away from fossil fuels in favor of renewable energy, like switching to electric buses and more schools powered by solar energy.

Still, the resolution represents a victory for parents and students who developed and pushed for the proposal, passed unanimously with no debate in a school board meeting.

Source: Alex Harris, Colleen Wright – Miami Herald, WLRN

Image credit: CARL JUSTE, MIAMI HERALD (half-acre 402-panel floating solar array)

Solar Energy has the potential to power 40% of the nation’s electricity

A new blueprint from the Biden administration shows how solar energy could play a massive role in transitioning the United States’ power sector to clean energy, and achieve the President’s ambitious goals to decarbonize the US economy.

The Solar Futures Study from the Department of Energy, shows that by 2035, solar energy has the potential to power 40% of the nation’s electricity and employ as many as 1.5 million people — without raising electricity costs for consumers.

Though the report shows reaching 40% solar is possible, that goal is contingent on Congress passing legislation that incentivizes renewable energy as well as the widespread adoption of solar power. Congressional Democrats are currently negotiating a $3.5 trillion spending billthat includes tax credits for wind and solar power.

The study illuminates the fact that solar, our cheapest and fastest-growing source of clean energy, could produce enough electricity to power all of the homes in the US by 2035 and employ as many as 1.5 million people in the process,” said Secretary of Energy Jennifer Granholm.

The Biden administration in January announced a goal to decarbonize 80% of the US electricity sector by 2030 and get to 100% renewable electricity by 2035The new DOE report lays out a blueprint for how the administration could achieve that goal using solar energy, but Biden’s administration is also pursuing other forms of renewable energy, including wind.

The study showed that other forms of renewables could complete a carbon-free US power grid. The DOE study estimates that wind power could make up 36% of the grid, nuclear could account for around 13%, hydroelectric could make up around 5-6%, and geothermal could account for the remaining 1%. 

Still, whether that renewable energy transition can happen depends on the amount of tax credits Democrats in Congress can pass in their upcoming budget reconciliation bill. While final details are still being worked out, a coalition of environmental groups is pushing Congress to fund between $191 billion and $265 billion for 10-year direct-pay tax credits for renewable energy like wind and solar.

Solar currently accounts for about 3% of US electricity supply. The study shows the US would need to quadruple its yearly solar capacity additions by 2035, providing 1,000 gigawatts of power to ensure most of the electricity grid was powered by renewables. By 2050, solar energy could provide 1,600 gigawatts of energy to the US grid grid, which DOE projects would provide more electricity than is currently consumed in all residential and commercial buildings in the US today.

 It is now possible to envision—and chart a path toward—a future where solar provides 40% of the nation’s electricity by 2035,” Becca Jones-Albertus, the director of DOE’s Solar Energy Technologies Office said in a letter introducing the report. “This growth is necessary to limit the impacts of climate change, and our work to realize this vision could not be more urgent.”

Source: Ella Nilsen, CNN  
Image credit: Pixabay

Entrepreneurs, are you ready for a challenge, an American-Made Challenge? Win with FSEC Energy Research Center!

FSEC Energy Research Center (FSEC ERC) is proud to announce that it has joined forces with NREL as a Connector for the American-Made Challenges (AMC).

Entrepreneurs, are you ready for a challenge, an American-Made Challenge? Win cash prizes for your ideas that help to advance U.S. leadership in the energy industry. AMC is all about “Empowering American Innovators to Lead the Clean Energy Revolution.” Become part of this amazing opportunity by visiting https://americanmadechallenges.org/solve.html and if you participate in the Solar Prize Rounds, be sure to choose FSEC ERC as your Connector. The deadline to apply for the Solar Prize Round 5 is October 5, 2021.

What is a connector you ask?Connectors are an American-Made Challenges Network of national support organizations, such as FSEC ERC, serving as a critical component to a participant’s success. Our team of highly skilled solar researchers are here to support competitors in the solar hardware and software prize track by reviewing designs, conducting performance testing, providing field validation, and similar technical services. Our goal at FSEC ERC is to help participants win and turn their innovative ideas into marketable products.  

Not familiar with AMC? The AMC family started over three years ago and now has over 15 prize programs. This year, FSEC ERC became a Connector to support the solar prize competition, designed to energize U.S. entrepreneurs in solar innovations.

Solar support you say! FSEC ERC, a research facility of the University of Central Florida (UCF), conducts a wide range of research in solar technology. From advanced photovoltaics system performance to long-term reliability and durability testing, FSEC ERC is a leader in solar research. For more details visit https://energyresearch.ucf.edu/research/solar-research/.

Compete To Win! The AMC team devised a prize method rather than a grant method, which helps to shorten the prize program process (PPP). Once a submission has been made and the packet scored, the PPP enables winners the flexibility to get cash when needed to start on their project.  

There are many opportunities to win prizes and two competitive tracks that FSEC ERC researchers can assist you with are:

  • Hardware Track: $3 million prize focused on solar hardware components
  • Software Track: $1.6 million prize  and seeking new solar software technology
  • For more information: https://americanmadechallenges.org/solarprize/round5/No wonder NREL and AMC chose FSEC ERC to be a Connector, given the UCF FSEC ERC’s long standing reputation, as the leading university research center in Solar Energy. It only makes sense that participants choose our researchers to be their “Connector” as our goal is to ensure we assist participants in getting solar hardware and software concepts one-step closer to market. Good Luck!Source:  Elizabeth Myron, U.S Department of Energy, energyresearch.ucf.eduImage credit:  U.S Department of Energy

Sales continue to surge at “Babcock Ranch” with more than 1,500 Solar homes sold!

Kitson & Partners announced that Babcock Ranch, America’s first solar-powered town, has surpassed 1,500 homes sold. With sales surging by 61% for the first half of the year, Babcock Ranch also jumped nine spots to the No. 25 position in the country’s 50 top-selling master-planned communities of 2021 by RCLCO Real Estate Advisors. 

“The hometown feel of Babcock Ranch continues to appeal to a wide range of homebuyers,” said Syd Kitson, chairman and CEO of Kitson & Partners. “Our focus on health and wellness, commitment to sustainability, and advances in technology and innovation all contribute to making our vibrant community not only a destination but also a hometown.” 

As the demand for residential homes in master-planned communities remains high, Babcock Ranch is looking to have another strong gain in home sales by the close of 2021, with new neighborhoods introduced later this year to meet buyer demand. Residents will also soon enjoy new retail offerings at Crescent B Commons, the 82,640-square-foot Publix-anchored shopping center at a new entrance to Babcock Ranch slated to open in  September. Publix is expected to open in mid- to late-September. 

Additional developments throughout the community include the construction of the highly anticipated Babcock High School, a new state-of-the-art, project-based learning destination at Babcock Ranch. A new one-story field house, under construction on the school campus, will serve as both an emergency shelter and a recreation center for school and community activities; the 40,600-square-foot facility is being built to International Code Council 500 standards for storm shelters and will accommodate up to 1,343 occupants. 

“As Babcock Ranch continues to grow, we are excited to offer our residents and neighbors in the area a broad spectrum of services – from education and recreation spaces to additional options for shopping and dining,” added Kitson.

Ranked as Southwest Florida’s top master-planned community based on Metrostudy data for single-family home annual starts in Charlotte, Lee and Collier counties, Babcock Ranch was also named 2020 Master-Planned Community of the Year by the Lee Building Industry Association. 

Created by Kitson & Partners with respect for the natural environment and the philosophy that smart growth and sustainability work hand in hand, half of the town’s footprint is set aside as greenways, parks and expansive lakes, providing recreation and scenic backdrops for Babcock Ranch’s homes and the Founder’s Square downtown district. Babcock National brings golf to Babcock Ranch with an 18-hole Gordon Lewis-designed course as the centerpiece of Lennar’s new lifestyle community.

Babcock Ranch offers homes from seven home builders in seven neighborhoods with more than 50 home design options ranging from 1,120 to more than 4,000 square feet. Homes appeal to young millennials, families, empty nesters and retirees alike, with prices ranging from the $200,000s to over $1.5 million. Built to Florida Green Building Coalition standards, homes emphasize energy and water conservation and offer a full gig of fiber-optic connectivity.

Within Babcock Ranch’s welcoming neighborhoods, more than two dozen model and quick-delivery homes are now open or under construction by AR Homes by Arthur Rutenberg, Divco Custom Homes, Florida Lifestyle Homes, Lennar, Meritage Homes, Pulte Homes, and WCI.

For more information about Southwest Florida’s new Solar hometown, located just northeast of Fort Myers off Babcock Ranch Road/State Road 31, visit the Woodlea Hall Discovery Center at 42850 Crescent Loop in Babcock Ranch. 

Source:, Gravina Smith Matte & Arnold, BabcockRanch.com,naplesnews.com
Image credit: Babcock Ranch 

Do Florida HOAs Have The Right To Restrict Solar Panels?

As a homeowners association (HOA) board member, it is your duty to approve of most renovations that take place within your community. However, your HOA should be cautious with regards to restricting the installation or use of solar panels. Florida’s Solar Rights Act protects homeowners who wish to install solar panels on their property.

In this article, we will be discussing this law and what it means for HOAs.  

The Florida Solar Rights Act:

As stipulated by Florida Statute 163.04, HOAs are forbidden from prohibiting the installation of solar panels on Florida buildings.

Specifically, the law states:

A property owner may not be denied permission to install solar collectors or other energy devices by ANY entity granted the power or right in any deed restriction, covenant, declaration, or similar binding agreement to approve, forbid, control, or direct alteration of property with respect to residential dwellings and within the boundaries of a condominium unit.

Not only is your HOA not allowed to restrict the installation of solar panels, but it is also prohibited from restricting the installation of energy devices of any kind.

What Can HOAs Do?

While your HOA can’t prohibit solar panel installation, it does have a voice. A review board or committee can determine the specific roof location on which the panels are to be installed as long is it is “within an orientation to the South or within 45° east or west of due south, (which is what Solar installers seek for installation, South first) if such determination does not impair the effective operation of the solar collectors.” Essentially, your HOA can choose where the solar panels go as long as it does not interfere with the system’s performance.

Source: Anonymous op-ed

Image credit:  Pixabay

Gulf Power to install 600,000 solar panels in Northwest Florida

Gulf Power began installing new solar panels at the Cotton Creek Solar Energy Center and Blue Springs Solar Energy Center in Florida’s Escambia and Jackson Counties last week, taking the first steps in a solar expansion that will culminate in 600,000 new panels for the state in that region.

The sites will require around 500 acres each for the panels, to provide nearly 150 MW of capacity. When generation begins early next year, this should have the equivalent effect of powering 30,000 homes and removing 28,000 emissions-producing vehicles from the road annually. The move comes as part of a larger effort by Florida Power & Light, Gulf Power’s parent company.

“With every panel installed, we are ushering in a more sustainable future for Florida by delivering cleaner energy while increasing reliability for our customers,” Mike Spoor, Gulf Power vice president, said. “With each solar farm, we build we are also reducing our carbon footprint and providing cleaner air for our region, ensuring we keep Northwest Florida beautiful for generations to come, while also benefitting the local economy with the contribution of hundreds of thousands of additional tax dollars.” 

The Cotton Creek and Blue Springs solar energy centers will join more than 40 other solar energy centers by FPL. Cotton Creek will hold a distinction as Gulf Power’s first owned and operated solar energy center in Escambia County. 
Posting Note. Gulf Power’s rates will soon increase, as the two companies are blended. 

Source: Chris Galford, dailyenergyinsider.com, (article truncated for salient material)
Image credit:
Blue Springs Solar Energy Center

What Jinko Solar’s World Record Means for the Solar Industry

Jinko Solar has made waves around the solar community with news of its world record. The company has broken the world record for bifacial modules conversion efficiency. This achievement is significant not only as a standalone but for the secondary benefits it is set to deliver the solar industry.

The achievement

Announcing the maximum conversion efficiency of its bifacial solar modules reached 22.49%, Jinko Solar’s feat sets a new industry standard for the efficiency of mass-produced solar cells. Jinko Solar was successful in improving efficiency for its mass-produced modules by applying newly developed ARC and advanced metallization technologies and proven proprietary technologies to high-efficient cell design.

This news is exciting by itself, but even more so when the wider benefits are factored in.

The ancillary benefits for the industry

This achievement comes at a particularly exciting time for the solar industry around the world as it edges closer and closer to obtaining grid parity. High-efficiency modules help to reduce the levelized cost of electricity (LCOE) and help drive the industry closer to grid parity globally. This has been a longstanding goal and one that this year has seen with new data reveal very promising progress.

Although true a sizeable gap still remains between the world’s most competitive markets—such as India, Italy, and France—and others, ultimately the cost of solar continues to decline. And in relative terms—given the youth of the industry and the rapidly growing popularity its been enjoying across many jurisdictions—the speed at which these costs have visibly lowered across many markets in just a few short years has indeed been akin to a price crash.

The road ahead from here

Now such progress, joined by a new world record-setting feat by Jinko Solar is surely welcome news to their team, and to so many of us around the world keen for further innovation in the industry.

Source:  solarmagazine.com, Ed Kennedy, Jinko Solar (Article truncated for salient information)

Image credit: Jinko Solar

Solar and Hydro: Which Should Governments Be Investing in for a Better ROI?

The respective industries surrounding renewable energy sources commonly exist in an odd dynamic. On the one hand, there’s the industry-wide recognition that the greater uptake of green energy technology among solar, hydro, wind, and other renewable sources is beneficial to all. Not only those in the green energy sector but all people across the world.

Nonetheless, there can also be fierce competition between the industries. Especially when multiple forms of renewable energy could be viable for a new government plan or private investment. Just as solar is undoubtedly a leading renewable energy source, so too do other forms bring their own advantages alongside potential drawbacks. So when it comes to comparing the value between solar and hydro energy, which one comes out on top?

Shining a light on solar 

Solar is enticing to public planners seeking a renewable energy resource that’s affordable, long-lasting, and essentially perpetual. Yes, some space enthusiasts like to muse the sun is not an eternal resource and will eventually die in five billion years. But for those of us currently proceeding on through a human lifetime with more immediate concerns, we can take it as given the sun’s energy is limitless. Similarly, the lead drawback to solar is this need for sunshine.

Although it’s a very manageable drawback—after all, Mediterranean nations like Portugal, Spain, and France will always be among the sunniest nations on Earth even if an occasional summer sees more grey clouds on average. The same challenge factors into public projects on a larger scale.

On a large scale, solar power can provide a real size advantage. A 2019 study held all existing hydropower sources in the United States (U.S.) could be replaced by solar power, and do so requiring just 13% of the space. Obviously, for a country like the U.S. and nations of a similar landmass, the notion of undoing existing renewable energy as opposed to adding more to the grid would be a misstep. But although hydropower energy has been in operation since the world’s first plant opened in Wisconsin in 1882, this finding in this era does show where nations seek green energy but also find maritime space is at a premium, the growing strength of solar offers a strong alternative.

What hydro offers

Like solar, hydro harnesses the power of nature to generate energy. Alongside the capacity for rivers and other waterways to churn more reliably day in and day out—something solar cannot always guarantee—there’s also the capacity to generate energy at night. Given the moon can’t offer the energy generation that the sun provides solar panels, anyone seeking to make use of the sun’s energy at night from solar technology will have to rely on power stored in a solar battery.

While hydro has some advantages over solar, it also has its own vulnerabilities.

A drought can diminish a river’s flow, floods can damage installations, and the installation itself can be a far more complex process when factoring in the environmental impact. Although this can be a consideration with large-scale solar projects too, the installment of a dam can have a colossal impact on the surrounding ecosystem if not properly pursued. Such vulnerabilities can, of course, be taken into account when civic planners devise a hydro project, but it’s not always possible to anticipate every hazard—like natural disasters that can arrive with little notice, and savage all in its path.

Combining solar and hydro power

Just as both these technologies remain young compared to fossil fuels, the ambitions to devise projects that more powerfully combine these two remain in development. Nonetheless, already we have a glimpse of the promise these two technologies could offer an array of countries around the world when combined.

The Kidston Pumped Storage Project in Queensland, Australia is pioneering. Building a hybrid hydro and solar energy site on the site of a former gold mine. The existing geography of the site that the mine offers will see two different pits at varying heights. In times of high demand, water will be driven downwards from the upper reservoir to the lower reservoir generating energy. In times of decreased demand, renewable energy sources will pump the water back up to the upper reservoir.

The surrounding solar site will benefit from this immensely. As whenever there is variation in the solar energy generated, the hydro power on-site can supplement it. Helping deliver a steady and consistent flow of energy to the network. Upon completion, it is projected to generate up to 330MW of energy into the national market and be a beacon of what’s possible when combining the two sources. Especially to other nations with a long history of mining, and a desire to make new use of decommissioned pits.

Beyond Kidston exclusively, there’s also, of course, the growing visibility of floating solar panel installations around the world. Although floating solar tech has been on the renewable energy scene since 2008—and nations like Japan and China have been keen adopters of the technology since—a number of nations around the world like the U.S. have been slower to harness this option. This notwithstanding, with a number of projects globally serving as proof positive of this solar-hydro combo, an uptick in floating solar panel installations can be expected heading into the 2020s.

At present, the capacity for a community to increase its energy security and reduce its reliance on fossil fuels is arguably best done with solar.

The ease in which solar panels can be erected on residential homes and businesses contrasts with the impossible prospect of seeking to see every citizen begin their own quest for energy independence via hydro power. Put simply, we’ll see governments prioritize their energy projects with reference to existing demand for solar among their citizens when compared alongside the wealth of natural resources their waterways and oceans can offer. In the interim, all can watch on with interest the Kidston project, with hope and an aspiration to see more combinations of solar and hydro in renewable energy projects going forward.

Source: Ed Kennedy, solarmagazine.com (Article truncated for salient aspects)

Image credit: ARENA