Parsing Poles and Towers
Customer cost allocations using the Minimum Distribution System method.
Customer cost allocations using the Minimum Distribution System method.
A forward-looking solution to rate reform, for when solar costs hit bottom.
Only if you’re a governor, legislator, regulator ... or customer.
Time-varying rates from the get-go – not just by opt-in.
Is the current regulatory compact in anyone’s best interests?
Who’s afraid of the transactive grid?
Smart grids and nodal markets spark the emergence of a transactional grid. In fact it’s already happened, and we’re just becoming aware.
The transition to distributed generation calls for a new regulatory model.
With the best of intentions, policymakers have encouraged the proliferation of distributed generation (DG) in various forms. Now, however, the trend toward DG is accelerating more rapidly than traditional utility ratemaking and business models are capable of managing. Failure to rationalize the regulatory framework will bring serious and costly disruption.
Technology is changing the game. Is your utility ready?
Although today microgrids serve a tiny fraction of the market, that share will grow as costs fall. Utilities can benefit if they plan ahead.
Integrating controllable demand into real-time, security constrained economic dispatch.
Historically, grid operators tapped into voluntary load reduction as a last resort for keeping the lights on. But now, smart grid technologies and dynamic pricing mechanisms bring vastly greater potential for using load as a dispatchable resource. Effective implementation requires advanced technologies—and also foresight in creating programs, policies, and market mechanisms.