Real-time pricing (RTP) programs provide economic incentives for customers to reduce energy consumption during peak hours. Several states have created RTP rate structures – voluntary and mandatory – on various categories of customers, usually industrial, larger commercial and institutional customers.
State Experiences with Financial Incentives to Promote Clean Distributed Energy: Greenhouse Gas Reductions with CHP
Many states have promulgated energy incentive schemes to achieve a wide variety of policy goals.
Net metering opponents have done a masterful job in casting the debate around mistaken assumptions. As regulators conduct NEM 2.0 and Value of Solar proceedings, those errant assumptions should be exposed and the real questions addressed.
This research report summarizes basic information on solar hot water (SHW) technologies and their use in the state of New York. This report relies upon published secondary sources and direct interviews with experts in the field.
This report covers four major topics:
The Pace Energy and Climate Center had an amazing year in 2015. Our staff members and law student interns engaged in some of the most important clean energy policy and development issues in New York and in the Northeast region, as well as in selected venues across the United States and around the world.
This report provides an analysis of the emission characteristics of New York’s electricity system by estimating marginal emission rates for carbon-dioxide and other pollutants.
Renewable energy holds great promise for solving the world’s energy needs with minimal climate change and pollution consequences. While renewable energy is the fastest growing type of energy production, the prospects for it to displace fossil fuels are seriously inhibited by the high first/capital cost of renewable energy infrastructure.
This report provides an introduction to microgrid concepts, identifies the benefits and most common road blocks to implementation, and discusses proactive steps municipalities can take to advance economically viable and environmentally superior microgrids.