Massachusetts Makes Smart Grid Mandatory
Massachusetts has joined a growing list of states demanding that its investor-owned utilities invest in the smart grid -- and find new models for how those investments should be valued. Consider it the latest move in a state-by-state reconfiguration of utility business models, aimed at creating new rules for sharing the costs and benefits of grid modernization between utility shareholders and customers.
Monday’s order (PDF) from the state’s Department of Public Utilities will require the state’s big utilities to submit a 10-year grid modernization plan (GMP) in the next six months. Advanced metering will be required as part of that plan -- a significant development in a state which has seen almost no smart meters deployed to date.
These upcoming smart meter plans will need to include technology and business cases, not just for core automated meter reading functions, but for a range of additional features like outage detection and restoration, smart appliance communication and control capability, and support of power quality and conservation voltage reduction.
The plans also must include a request for pre-authorization of investments, along with “a mechanism to allow for more timely cost recovery than is typically available” under state regulations. That’s where the state’s proposal for coming up with a new way to measure the costs and benefits of these deployments comes in.
Massachusetts has about 3.4 million electricity customers, all but about 400,000 served by an investor-owned utility. Of those, nearly half are customers of the state’s two biggest utilities -- NStar, which serves much of the greater Boston area and Southeastern Massachusetts, and National Grid (NGG), which serves broad swaths of the state from the coast to the western border.
Worcester, the central Massachusetts city that serves as one of National Grid’s operating division headquarters, has also been the site of a multi-year smart grid pilot project that has played a key role in the state’s grid modernization plans. The Worcester pilot includes tests of smart metering, distribution automation, home energy management, electric vehicle charging and demand response Itron (ITRI), Cisco (CSCO) and General Electric (GE), to name a few partners.
It also included what might be considered an organizational pilot project, which included 25 member organizations from consumer and environmental groups, utility and grid operators representatives, state agencies and “a wide range of clean energy companies and organizations,” who spent eight months talking through all the new capabilities they’d like to see come of a smart grid deployment -- and how they’d like to share the costs of deploying them.
That working group came up with a set of concepts (PDF) for changing the cost-recovery mechanisms that guide typical utility investments, which has informed the state’s new smart grid mandate. That includes quantifying a long list of benefits that could come from smart meters, some of which are pretty hard to define:
(1) reduced meter-related operations and maintenance (“O&M”) expenses; (2) reduced capital expenditures; (3) theft prevention and revenue protection; (4) reduced unaccounted-for electricity; (5) reduced billing inquiries and customer service; (6) better outage management; (7) reduced energy consumption from inactive meters; (8) reduced bad debt expenses; (9) increased demand response; (10) increased energy efficiency; (11) increased use of EVs; (12) reduced carbon costs; and (13) the prevention or limitation of outages.
Several other states are asking their utilities to compile similar lists of benefits for their smart grid deployments -- utility AEP’s Ohio’s GridSMART project is one good example. But Massachusetts is different in that it’s asking its utilities to include them as part of the planning process, rather than as additions to smart meter deployments already underway.
Other states are experimenting with new regulatory models that could help open future smart grid investments to different cost recovery mechanisms, such as Maryland’s “Utility 2.0” concept. In the case of Massachusetts, it’s targeting a so-called “capital expenditure tracking mechanism” that will allow each utility to bring rates in line with ongoing capital costs over time.
Smart metering isn’t the end of the requirements Massachusetts is setting out. In future plans, utilities will need to address time varying rates for its residential customers, ensuring customer access to meter data while keeping it private and secure. The eventual goal for the state is to reach four “grid modernization objectives”: (1) to reduce the effects of outages; (2) to optimize demand, which includes reducing system and customer costs; (3) to integrate distributed resources; and (4) to improve workforce and asset management.
Electric vehicle (EV) infrastructure is also part of the state’s plans, though not in the form of any mandates. Instead, the Department of Public Utilities has opened a new proceeding into how best to promote electric vehicle charging, and grid systems and pricing policies to encourage EV adoption.
Photo Credit: Massachusettes and Smart Grid Regulation/shutterstock
Greentech Media (GTM) produces industry-leading news, research, and conferences in the business-to-business greentech market. Our coverage areas include solar, smart grid, energy efficiency, wind, and other non-incumbent energy markets. For more information, visit: greentechmedia.com , follow us on twitter: @greentechmedia, or like us on Facebook: facebook.com/greentechmedia.
Jeff St. John is a reporter and analyst covering the green technology space, with a particular focus on smart grid, smart buildings, energy efficiency, demand response, energy storage, green IT, renewable energy and technology to integrate distributed, intermittent green energy into the grid. Jeff majored in English and graduated from the University of California at Berkeley in 1994. He ...
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