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Elon Musk just announced details of Tesla's plan to start pumping out lithium ion batteries like M&Ms at its planned "Gigafactory." Obviously, it's big news for electric vehicles as this should bring down the cost of a very expensive component. But it has equal and possibly greater significance for renewable energy.
Spending money on the operations and maintenance (O&M) of photovoltaic (PV) power systems may seem counterintuitive when assessing a project’s revenue stream, but O&M is a critical part of the return on investment from these systems.
When looking to develop commercial or utility scale solar projects, identifying your financing options is one of your top priorities. In today’s solar industry, most developers are using a Power Purchase Agreement (PPA) to get their deals done.
The transmission industry enters 2014 with a lot of work ahead as it continues to recreate the grid and make it more renewable energy-ready. On the macro level, transmission lines are being developed worldwide to move green power long distances from remote regions to power-hungry population centers.
On a recent gray December morning, nearly 8,500 solar panels covering 13 acres in Germantown tilted toward the sky, straining to harness any glimmer of sunlight. Their host: a sewage-treatment plant in Montgomery County, one of the first in the Washington region to try solar power.
Energy storage is a fairly overlooked option when it comes to solar projects. Batteries are a necessary addition when the solar system is out in the wilderness and most definitely off-grid, but when it comes to larger commercial installations in urban environments, energy storage isn’t often included in the plans.
While electricity sourcing from storage technologies for renewable energy is only emerging, it could soon become mainstream. Inspired by electric car energy storage, tech companies are providing customers of residential solar systems with batteries that can store solar power, according to Fortune Magazine.
Two large fields of several solar panels were unveiled at the Western Branch Wastewater Treatment Plant in Upper Marlboro, Md., and the Seneca Wastewater Treatment Plant in Germantown, Md., by the Washington Suburban Sanitary Commission (WSSC).
(Upper Marlboro and Germantown – November 6, 2013: The Washington Suburban Sanitary Commission (WSSC) unveiled two fields of solar panels today, which will provide power to two of its wastewater treatment plants. The two 2-megawatt (MW) ground-mounted installations, each with nearly 8,500 solar panels spanning several acres, are located at the Western Branch Wastewater Treatment Plant in Upper Marlboro, Md., and the Seneca Wastewater Treatment Plant in Germantown, Md. Both facilities are the result of a public-private partnership with Washington Gas Energy Systems and Standard Solar, Inc.