Policymakers and industry seek a formula to assure competitiveness and resource adequacy.
New Jersey’s bid to force prices downward in PJM’s capacity market not only raises the alarm about market manipulation. It also reveals a dilemma that’s preventing new generation from being built. Incumbent interests and political motivations make PJM less attractive to investment than it should be.
(July 2012) Thanks for your enlightening editorial about the problems of feed-in tariffs for photovoltaic installations and the distortions they are causing in cost responsibilities among electric utility customers. While these issues are an immediate and growing concern, an entirely different set of problems will emerge over the next decade as the share of renewables in total generation approaches the high levels being dictated by most regulatory authorities.
Hybridizing fossil plants with solar thermal technology.
Utilities are testing options for adding solar capacity to existing steam power plants. Concentrated solar thermal boosters increase plant efficiency and reduce emissions, while helping utilities to cost-effectively meet renewable mandates.
Can a disruptive technology change the electric customer experience?
North American energy utilities are investing billions to create a smart grid to enhance service for retail electric customers. The smart grid, a disruptive technology, will provide utilities and customers with access to information about how electricity is used that they’ve never had in the past. More importantly this information can empower customers to take ownership of their consumption profile and demand different products and services.
Doing the right thing can drive utility stock performance.
Utilities get little credit for their efforts to strengthen the sustainability of their businesses. But these efforts have paid dividends in stock performance, capital costs, regulatory relationships, and brand value. Capturing the greatest value for shareholders will require utilities to become better understood as socially responsible enterprises.
Three CEOs, three business models, one shared outlook.
Cheap gas, regulatory uncertainties, and a technology revolution are re-making the U.S. utility industry. Top executives at three very different companies—CMS, NRG, and the Midwest ISO—share their outlook on the industry’s transformative changes.
Discerning what utility employees consider important.
Despite high unemployment rates in many industries, utilities are finding T&D technicians and engineers are in short supply. This situation is likely to deteriorate as Baby Boom-era workers continue retiring. Attracting and retaining qualified professionals depends on understanding what motivates—and de-motivates—employees on the front lines of the smart grid revolution.
Resuming progress after 2011’s uncertainty.
From the Fukushima disaster and its repercussions, to the raging battle over new EPA regulations, 2011 was one of the most volatile years on record for the electric power business. Will 2012 be better or worse than 2011? Cost factors make this a great time to invest, but overhanging uncertainties might bring another year of fear.
Policy priorities for managing T&D evolution.
A pair of myths is driving many investments today—i.e., America’s T&D system is falling apart, but the smart grid will save the day. A new MIT study reveals a more nuanced truth about reliability, efficiency, and plans for new technologies. The most effective policies and investments will focus on solving real problems and delivering tangible benefits.
A deliberate approach to infrastructure advancement.
The electric power system has been getting smarter for decades, as new technologies allow better analysis and greater control. But most utilities have implemented these technologies in a piecemeal way, rather than as part of a long-term, enterprise-scale strategy. What are the consequences of this fragmented and incidental approach, and what would happen if we developed the smart grid in a deliberate way instead?