Energy retrofit projects can have multiple benefits for municipalities in addition to resiliency preparation and climate change mitigation, including operational cost savings, reduced maintenance, and greater comfort. However, large retrofits […]
Continue reading...Electricity suppliers in the New England grid generate primarily from fossil fuel and nuclear power resources. However, electricity produced from renewable sources is beginning to gain clout in the market. […]
Continue reading...In addition to energy generated by large facilities, Massachusetts also allows excess energy generated by small-scale, distributed systems to be purchased by utilities (for up to 3% of their peak […]
Continue reading...For municipalities that want to encourage residents to think comprehensively about their energy use, it makes sense to bundle both efficiency and solar outreach into one program in which residents […]
Continue reading...The purpose of a Green Business Program is twofold: to acknowledge the clean energy efforts and energy savings of the business community; and, to encourage local businesses to take advantage […]
Continue reading...When the biological waste inside landfills becomes trapped without exposure to air, it undergoes anaerobic decomposition and produces organic compounds, such as methane (CH4). Landfills are the largest source of […]
Continue reading...Hydroelectric power is generated by capturing the kinetic energy or motion in free-flowing or falling water, waves, currents or tides, and converting it into electric current. The Massachusetts Class I Renewable […]
Continue reading...Capacity issues—whether funding or staff time—can be a recurring obstacle for local clean energy efforts. The additional responsibilities and specialized knowledge necessary to pursue such efforts can be overwhelming for busy […]
Continue reading...Geothermal energy technology captures heat energy stored in the Earth’s crust and converts it into electric or heat energy. Geothermal resources can be tapped at multiple depths, ranging from low-temperatures […]
Continue reading...Electrochemical fuel cells convert fuel directly into electric current by triggering a chemical reaction between the fuel and an oxidant using an electrolyte. So long as the fuel (reactant) and […]
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