The economics in converting buildings to electricity look logical - over the long run, for pension fund investors. For a building owner with cash flow to manage, it's trickier. This explainer runs through the costs and trajectory for turning building systems to potentially clean sources.
(Photo by overWHAMmed, from Flickr Creative Commons). This transmission line in Pelzer, SC, testifies to the market potential for investment in new high-voltage lines.
The main line is the main event. Transmission of clean electricity, combined with storage, means that every state and nearly every community can effectively live on fossil-free power. Financing and permitting involve economic, political, and engineering knots. This explainer takes in the breakthrough ideas and baseline for speedier deployment.
Each building owner, with a team of investors, needs to work out a particular electrification schedule. Broad public policies, though, can advance new technologies or marketing strategies that can help more buildings go electric sooner. This sequel to our earlier explainer sets out some scalable policies from across the United...
Swapping this home's systems for clean electric ones is a delicate proposition. (Photo of Peoria, IL by Patsy Wooters.)
Every building in any community tells its own story. To run each story first on electricity, and later on clean electricity, requires coordinated and flexible policies - and a range of financial techniques to meet a series of cost and timing challenges.
(Photo by Don and Suzan Weller, via Flickr Creative Commons.) As the sun sets over Waterford, CT, an expert proposes a price floor in wholesale electricity markets.
As New England states progress towards decarbonization goals, the electricity spot market will see offers from solar and wind generators that incur no marginal cost. That can harm reliability and put some operators hastily out of business. To retain existing resources and the stability they bring, we need to set...
