Key facts
- Boston property owners are facing increased operational costs due to building electrification efforts.
- State and city net-zero mandates by 2050 are driving the push for electrification.
- Grid strain and infrastructure investment needs are contributing to higher costs.
- Reduced federal funding for sustainability projects is exacerbating financial challenges.
- Boston's BERDO 2.0 regulation requires large buildings to reduce greenhouse gas emissions.
Boston property owners are facing significant cost increases and grid challenges as they work to comply with state and city mandates for building electrification by 2050. Experts speaking at Bisnow's Boston Energy and Sustainability Summit highlighted that even after completing efficiency retrofits, operational costs are rising, contrary to past expectations of energy savings.
The increased costs stem from a grid struggling to handle higher electricity demand, necessary new infrastructure investments, and a reduction in federal funding for sustainability projects. Utilities face a delicate balance: investing enough to support electrification without drastically increasing customer bills. The city's Building Emissions Reduction and Disclosure Act (BERDO 2.0) requires large buildings to reduce greenhouse gas emissions, with compliance deadlines approaching.
While many buildings are projected to meet initial standards, a substantial portion will need retrofits for future compliance. The shift from natural gas to electricity is proving more expensive than anticipated, with gas remaining the cheaper option. Furthermore, shorter-term property owners may not realize the financial benefits of these upgrades within their investment horizons.
Federal policy changes, including canceled grants and reduced tax credits, have negatively impacted clean energy projects in Massachusetts. Despite these hurdles, state officials are working to address grid pressures and enhance local financing and subsidy programs. Governor Maura Healey has set targets to increase the state's energy supply and storage capacity.