Building a workforce for today’s utility landscape.
Utilities can attract a new generation of employees by emphasizing the transformation the industry now faces, and the immense opportunity it creates. Matching mature workers’ vast experience with new technologies can provide unique perspectives that knowledge of new technologies alone can’t provide.
Waste fuels struggle despite coal’s decline.
Fuel supply might be the biggest barrier to scaling-up biomass power generation, but it’s by no means the only problem. Utility projects to repower coal-fired plants face permitting challenges, ballooning technology costs and strained economics. Some owners are giving up the fight.
Higher prices to come?
For decades, global uranium suppliers have been providing low cost reactor fuel in plentiful supplies. However the market is changing, and nuclear fuel prices are set to increase. Some plants will be affected more than others, but the age of uranium cost certainty is coming to an end.
Coordinated efforts aim toward global principles.
The smart grid is poised for a tremendous rollout of new and revised technology standards in the next few years, but that’s just the beginning. IEEE Standards Association President Charlton Adams Jr. explains the objective of the intensifying smart grid standards effort is to address and satisfy the full gamut of economic, political and social goals related to the smart grid.
A holistic approach to smart-grid security.
In the new world of the smart grid, security isn’t a destination. It’s a sustained effort with ongoing investments across core areas of the utility enterprise.
Beyond-the-meter technologies challenge the utility monopoly.
Smart metering and beyond-the-meter technologies are challenging the utility monopoly model. Now, regulated utilities must re-think their customer relationships as a revitalized retail sector provides growth opportunities.
A solution to high electricity prices in restructured states.
New baseload generation is needed in many areas of the United States, but financing new plants will be particularly challenging in restructured states where generation facilities are no longer included in rate base and therefore not financed through the traditional rate-of-return paradigm. A market hybrid approach—in which new baseload plants would be partially owned and financed by the regulated distribution company with the other portion owned and financed by the unregulated generation company—would combine the advantages of lower cost capital and regulatory oversight associated with traditional rate of return regulation, with the cost control and efficiency associated with competitive markets.
Alstom introduces a new 3-MW wind turbine, one of the world’s most powerful for onshore installations; Solyndra reports its larges-ever rooftop installation of cylindrical photovoltaic (PV) systems — a 704-kW project in New Jersey; Plug Power reports that its GenDrive fuel cell units will power Walmart Canada’s fleet of electric lift trucks at a Alberta distribution center.
The entire utility-consumer relationship must be reengineered.
The business case for advanced metering infrastructure (AMI) can’t be justified alone on operational savings to the utility. But critical assumptions involving process improvements and system efficiencies depend on customer involvement. This sequel to a September 2009 article examines customer engagement strategies and techniques.