Welcome to the newest installment of a new blog series called Turning Policy into Performance. In this series, we'll take a look at how states can implement decarbonization and climate goals with energy efficiency programs.
Welcome to the latest edition of Regional Energy Data Dives, formerly known as REED Renderings. Regional Energy Data Dives will be a series of blogs taking a wider look at data underlying regional demand-side program trends.
As states continue to adopt and pursue decarbonization goals, access to and analysis of energy data will be critical to help chart our path towards a decarbonized grid. Detailed energy data can provide a better understanding of the value of energy efficiency, demand response, and other distributed resources, and it can help with demand side resource program planning, grid planning, and energy forecasting efforts.
Happy holidays and cheers to the New Year! 2020 has been a year of unprecedented challenges. The global pandemic forced people to learn new technological skills to work from home effectively, but also gave families more time to be present with one another and pursue hobbies they’ve never had time to try before. In addition, quarantine reduced pollution levels significantly.
Welcome to the latest
Evaluation, measurement, and verification, also known as EM&V, has allowed for crucial understanding of energy efficiency programs through data evaluation since the 1970s. A lot has changed in the industry since then, including the emergence of advanced M&V, also known as M&V 2.0.
Measurement & Verification (M&V) is a crucial tool in assessing and understanding the effectiveness of energy efficiency programs in order to achieve clean energy goals. Advanced M&V (also called M&V 2.0) is an emerging area that I had the privilege to learn about in two recent NEEP events at the outset of my time as an intern: a webinar on protocols for advanced M&V and NEEP’s New York State Partners Advanced M&V workshop.
These days in the energy world, meters are getting a lot of media exposure. With spot meters, smart appliances, building management systems, utility billing meters, and smart meters (which are also known as advanced metering infrastructure or AMI), the energy industry may start drowning in data. And yet, people are asking: do we have enough?