MIT Tool Gives the Cost of Installing Solar Panels on Any Roof in Your City

Daniel Oberhaus for Motherboard:  The world, it seems, is falling in love with solar energy. Recent years have seen the increasing adoption of solar power around the world as an alternative energy source for everything from individual homes to the entire energy grid, with the United States’solar capacity having grown to 24 GW, a more than a 17-fold increase since 2008. Part of this rapid growth for solar infrastructure is the result of markedly more efficient solar energy cells, but in spite of these recent technological advances, transitioning to solar power still doesn’t make sense (at least economically speaking) everywhere. Installing photovoltaic systems can be pretty pricey, and home- and business-owners have to engage in a complex cost-benefit analysis to see if transitioning to solar power is an economically sound idea. The “pain-in-the-ass” factor of such calculations alone might be enough to turn people off of the idea of contemplating installing a photovoltaic system, so the folks at MIT came up with a solution: Mapdwell. Mapdwell maps the solar potential of entire cities by doing a cost-benefit analysis for every rooftop to determine if installing solar panels on that rooftop is worth the investment. All you do is enter your address into the program, and it will tell you the expected installation costs, the number of years it will take to earn back this investment from your photovoltaic system, the amount of carbon offset by the installation, as well as incredibly detailed installment specs such as the optimal panel tilt and the number of panels that could fit on the roof.   Cont'd...

This year will be a solar-powered Super Bowl

By Jeff Clabaugh for WTOP:  Levi’s Stadium in Santa Clara, California, will set the stage for Sunday’s Super Bowl, and it will be a solar-powered event. Levi’s Stadium, which opened in July 2014, is the first professional football stadium in the NFL to open with LEED Gold certification, according to the Solar Energy Industries Association in Washington. Princeton, New Jersey-based NGR Solar LLC installed more than 1,150 solar panels at the stadium during its construction — enough to produce 375 kilowatts of peak power. The system can generate enough power in a year to meet electricity demand during every San Francisco 49ers home game. The solar panels cover three bridges that connect the stadium to the main parking lot and the “NRG Solar Terrace” that overlooks the field. There are 544 solar panels on the stadium roof and another 642 on the bridges, which also serve as canopies covering the bridges.   Cont'd...

Winds of Change for Alternative Energy Tax Incentives in 2016

While tax credits for wind and solar power received long-term extensions in the year-end omnibus legislation enacted at the end of 2015, other types of alternative energy were left out - reports have suggested unintentionally - spurring some in Congress to seek a remedy in 2016

Renewable Energy Demand in Europe Reaches Record Levels

The European demand for renewable electricity documented by Guarantees of Origin now constitutes more than 13% of all electricity consumption in Europe (ca. 3,200 TWh) and approximately 40% of all electricity generated from renewable sources in Europe (ca. 1,100 TWh).

Low Oil Prices Not Killing Algae Biofuel - Yet

Tina Casey for CleanTechnica:  The algae biofuel market is still in play even though the global petroleum market shows no real signs of lifting itself out of the doldrums, as two examples from different ends of the Earth illustrate. Over in Australia, researchers have come up with a new, low cost way to raise algae for biofuel, and here in the US the Department of Energy is moving forward with a new grant program to fund commercially viable algae production.   Cont'd...

NREL Launches Sustainable Mobility Initiative, Joins CDOT Partnership

NREL's Sustainable Mobility Initiative approaches transportation as an integrated system, where travelers and transportation resources are viewed as a dynamic network that can be used to optimize mobility and significantly reduce related energy consumption and emissions.

Net Metering - Doing it Right

Companies selling PV systems are concerned that if utilities add a set fee for solar customers to remain connected to the grid to take in electricity at times when the sun isn't shining, or if utilities decrease the retail credit for the times when customers send their excess generation back to the grid, people will be less likely to put panels on their roofs.

The IREC Solar Career Map

The map shows 40 jobs from entry, mid and advanced levels across four industry sectors: manufacturing, system design, project development and installation/operations, and it identifies more than 60 routes to advancement among them.

Solar in 2016 & Beyond: Sunrun CEO Weighs In

We're no longer a niche industry and there are many companies competing for customers. Growth like this is what happens when new technology intersects with drivers of change like the need to shift to clean energy, to modernize our infrastructure and give choice to consumers.

Why You Should Start Investing in Solar

A solar-powered home reduces carbon emissions by 3-4 tons annually, equivalent to planting 100 trees every year).

1.2-million sq. ft. solar panel 'Gigafactory' in Buffalo almost ready, will make 1 GW/year

Michael Graham Richard for TreeHugger:  Soon after SolarCity acquired solar panel maker Silevo in the summer of 2014, it announced the construction of a 1.2-million-square-foot 'Solar Gigafactory' in Buffalo, New York. The move had two main goals: 1) For the solar installer to get its own secure supply of high-efficiency solar panels (Silevo panels are currently 21% efficient, but the company claims that they can get to 24%) and 2) drive down the cost of the panels and of installing them. If the panels are higher efficiency, you need fewer of them per roof for a given capacity, lowering installation costs, and if you make them in very large quantities in a 'Gigafactory', you can further reduce costs through economies of scale. The Buffalo solar gigafactory, which can be seen in the photo at the top of this article, aims to start producing solar cells in 2016, with a ramping up to 1 GW of annual capacity by 2017. If all goes well, the facility could eventually be expanded to 5 GW/year at some point. The solar cells produced there have a target price of around $0.50/watt, which would make them very competitive with other power sources.   Cont'd...  

Trends To Watch In Alternative Energy

Firmly entrenched in the mainstream, alternative energy's momentum accelerates.

Advancing Solar Storage Solutions

As battery storage solutions advance and become more available, our reliance on fossil fuels will decrease and grid reliability will increase, putting us on the right track to a sustainable future.

Orison Plug-And-Play Energy Storage System Live On Kickstarter

Orison, an energy storage company, announced today that the first true plug-and-play energy storage system is now available for pre-order on Kickstarter. Orison powers homes and businesses to reduce energy costs, provide backup energy during blackouts, and contribute to a clean energy future. The Orison Kickstarter Campaign can be found at: http://kck.st/1Kr9Zn5   Orison envisions a future with abundant, clean, and affordable energy for all. The networked, distributed energy storage solution gives consumers control so they can store energy from any electricity source, including grid or solar power, to access energy whenever it's needed. When powered by the grid, it stores energy when utility rates are low to power homes and businesses when rates are high. If connected to solar, Orison allows consumers to locally store the energy they produce so that it will not be sold at a loss to the utility. By localizing energy distribution, Orison helps to save money and reduce peak demand.   Full Press Release:  

FastRack 510 Installed on VA Caribbean Medical Center in Puerto Rico

Sollega supplied their FastRack 510 ballasted mounting system for the installation of a 645 kW rooftop solar array at San Juan, Puerto Rico Caribbean VA Hospital.

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