FEASIBLE - SEARCH RESULTS
If you're not happy with the results, please do another search
At the end of each year Clean Energy Group assesses our largest regrant program, the Resilient Power Technical Assistance Fund. This year-in-review blog overviews projects, successes, lessons learned and goals for the new year.
Renewable natural gas could provide a near-term solution while the world seeks to eliminate more carbon-intense energy sources.
The U.S. Department of Energy (DOE) announced another $100 million for projects with new technologies to help reduce emissions, increase energy efficiency and modernize the grid.
The lack of complex terrain in the offshore environment may intuitively steer project developers away from mesoscale modeling to assess the project wind energy resource. However, there are compelling technical reasons indicating that this is not the right course of action.
Low-impact solar development can improve soil health, retain water, nurture native species, produce food, and provide low-cost energy to local communities.
A new initiative has been established to help support start-ups within the low-carbon hydrogen value chain with the aim to accelerate the decarbonization of hard-to-abate sectors and the energy transition.
Like Hurricane Katrina and numerous storms before it, Hurricane Ida demolished Louisiana’s outdated, fossil-fuel dependent energy system. It’s time for Louisiana leadership to prioritize resilient solutions over continued fossil-fuel investment.
A major obstacle for utility companies changing from traditional fuels to renewable biofuels is lack of information about availability, feasibility and economic consequences. A new tool from the Community Policy Analysis Center (CPAC) at the University of Missouri-Columbia and the National Rural Electric Cooperative Association (NRECA) now provides answers: The Biopower Toolkit, a calculator that determines project cost, availability and feasibility. The software uses data on fuel characteristics, fuel location, transportation costs, capital costs and plant location to find an optimal fuel mix based on technology requirements and cost, and then it predicts expected revenue.
Analysis and quantification of PV system integration costs in key European markets shows that the widespread penetration of PV power in Europe between 2020 and 2030 can be accommodated at a relatively modest cost.
Understanding the different methods of energy storage allows us to glimpse the shape of our future energy system. Hans Maghon of Siemens Energy explains.