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Erin Malone

The 2019 issue of the Association of Energy Service Professionals (AESP) Magazine featured an article by Synapse authors on Assessing Resource Cost-Effectiveness. What are the limitations of current cost-effectiveness practices? How can the National Standard Practice Manual (NSPM) aid jurisdictions in screening energy efficiency and other distributed energy resources for cost-effectiveness? Read on as we make sense of the acronym alphabet soup that is cost-effectiveness testing. 

Here in Cambridge, MA we’re all too familiar with frigid winters. We may consider ourselves all-star thermostat programmers, but how many of us know in detail where the heat comes from? Most of us, knowingly or not, count on electric resistance baseboards, oil furnaces, or gas boilers to warm our homes and occupy our heating bills. But there’s another option that may be worth a look: heat pumps.

With increases in renewable generation and advances in battery technology, the energy storage market has begun to take off, especially for small-scale batteries. The Tesla Powerwall battery has become a household name since its first release in 2015 and second model in November 2016. Though one of the most-recognized small-scale batteries available, the Powerwall is not alone in the expanding small-scale energy storage market.

The final numbers are in, and the results are impressive. Final 2015 assessments indicate that both Massachusetts and Rhode Island surpassed their electric energy efficiency savings targets. Once again, these efficiency leaders push the perceived limits of efficiency programs—demonstrating that energy efficiency programs can achieve electricity savings above or near 3 percent of sales.