Energy production is one of the leading contributors to climate change. Meanwhile, the potential for additional renewable energy in the region is enormous – both for larger generating stations like wind farms to small, distributed systems like rooftop solar. The costs of renewable energy are dropping rapidly, making renewables more affordable and viable for the consumer market.

Acadia Center advances policies that level the playing field so renewable power can fairly compete and flourish. Distributed energy resources such as rooftop solar produce clean energy while enhancing customer control over energy bills and reducing the need for polluting power plants and grid infrastructure. Acadia Center’s Next Generation Solar Framework provides a sustainable policy approach that compensates solar based on demonstrated value, while ensure equitable payment for maintenance of the grid.

More broadly, policies like renewable portfolio standards (RPS) provide incentives for clean energy options, allowing competition with fossil fuel-based energy that has the incumbent market advantage. Large-scale purchases can also help to promote deployment of renewable energy by achieving economies of scale and facilitating project financing and construction of transmission needed to transport renewable energy from remote locations to consumers.

Acadia Center also advocates market-based solutions that account for the climate impacts of burning fuels by charging a fee for releasing CO2 into the atmosphere. In the Northeast, this model has been successfully applied in the power sector through the Regional Greenhouse Gas Initiative (RGGI). RGGI has helped Northeast and Mid-Atlantic states reduce power plant emissions significantly while generating economic and health benefits in the region, and this effective model can and should be exported to other states, and to cover additional sectors such as transportation and heating fuels. Emissions reductions can also be achieved by placing a direct price on pollution through a carbon fee that promotes changes in behavior and levels the playing field for cleaner energy supplies.

Throughout the energy system, from large-scale generating facilities to small-scale, customer-sited power sources, policies need to account for the full value of different types of energy resources. Using this information, leaders need to commit to using the cleanest affordable options. That means considering all of our energy options rather than defaulting to large, supply-side infrastructure. It also means fully accounting for lifecycle emissions, and assessing how efficiency can reduce demand. In homes and businesses, increasing access to advanced renewable thermal technologies through energy efficiency retrofits and building codes will make it easier for consumers to adopt clean fuels and save on their energy bills. Advanced cold-climate heat pumps, solar thermal, and low-emission, sustainably sourced biomass can reduce GHG emissions and decrease our reliance on imported fossil fuels.

Cutting emissions from vehicles, travel, and freight is closely related to clean energy supply strategies. See our Transportation initiative for more.

 

  • Local_Energy_Investment_and_Infrastructure_Modernization - Coalition One Pager

    Local Energy Investment and Infrastructure Modernization

    In its proposal for local energy investment and infrastructure modernization, Acadia Center presents concepts for legislation to modernize Massachusetts' distribution system, promote local energy resources as alternatives to infrastructure, cap residential fixed charges, and improve incentives through time-of-use rates. Local Energy Investment and Infrastructure Modernization was proposed with support of a broad-based coalition as HD 1497 (Rep. Benson) -- SD 1371 (Sen. Pacheco): https://malegislature.gov/Bills/190/SD1371.

  • acadia-center_ev2030_1pager_final

    EnergyVision 2030 One-Page Preview

    Advances in energy technology and declining clean energy costs offer an historic opportunity to build a truly clean, low carbon, and consumer friendly energy future that is also more reliable and resilient. These changes are profound—and a large disconnect exists between how we currently see and interact with the energy system and what a low-emission future could look like. Acadia Center is preparing EnergyVision 2030 to help fill this information and “vision” gap by presenting a detailed picture of what the energy system would look like in 2030 on a pathway to a clean energy future in 2050. This picture will show audiences in New England and New York a changed but recognizable system and help make today’s policy and infrastructure decisions with much better context and thus comfort.

  • pages-from-acadia-center-consumer-friendly-rate-design-for-a-clean-energy-future-near-term-reforms

    Sustainable Rate Design: Near-Term Consumer-Friendly Reforms for a Clean Energy Future

    Electricity bills for residential customers in many states often combine a low fixed monthly charge with flat rates for electricity consumed and delivered charged on a per-kilowatt hour basis. Traditionally, this structure has worked for utilities by providing a simple mechanism to recover enough revenue to build, maintain, and operate the grid. This existing rate design for residential customers has many positive features, but is a blunt and inefficient instrument in many respects. Changes in electricity rate design can help address a number of different issues. In these comments, Acadia Center proposes a following five-point plan to achieve the above described objectives and principles for residential customers.

  • View all related resources