Past accomplishments and future plans.
Policy makers in the E.U. and the United States are taking different approaches to facilitating smart grid development. While both regions are setting standards that the rest of the world likely will follow, they also face difficult challenges in resolving issues around cost recovery, customer engagement and workforce preparedness.
Similar desires, different approaches.
Smart grid is a global phenomenon, but different countries are taking different approaches—for different reasons. For instance, utilities in Europe are more focused on laying the foundation for distributed generation and microgrids, while the United States is more concerned about creating standards for interoperability and security. Understanding the differences can help decision makers deploy smart grid technology effectively and economically.
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.
Performance standards are a valid idea—if targets are achievable.
Performance standards are a valid and necessary idea to drive conservation, but only if targets are realistic and achievable. So far, success has been determined by program rationality. A uniform, market-based approach would give retailers flexibility to spur innovation.
Has demand response hit an evolutionary dead end?
On March 18, the day after this issue went to press, FERC was scheduled at its decisional meeting to open a new formal inquiry on the role of demand response in regions that already have competitive wholesale power markets. In particular, how much money should grid operators pay to electric customers who promise not to buy wholesale power?
Siemens Energy has been awarded an 18-month, $300,000 R&D program by the Illinois Clean Coal Institute to study the effects of coal and coal-derived syngas combustion on the behavior of material and coating degradation in utility boiler and gas turbine environments. Focus areas of the research program will explore materials degradation modes in integrated gasification combined-cycle (IGCC) systems and utility boilers.
Workable standards require utility input.
The IEEE P2030 Work Group is developing standards to encourage seamless deployment, integration and operation of energy, information and communication technologies across the smart grid. Utility input and engagement is needed to produce workable standards.
Transforming DR and smart-grid policies into reality.
Regulatory policies are evolving to make demand response and smart-grid planning a reality across the country. Cooperation between federal and state lawmakers will allow local flexibility within a uniform national framework.
How much efficiency do ratepayers need—and utilities want?
When the applause dies down, the smart grid may turn out to be its own worst enemy. The California Independent System Operator (CAISO) explained this irony in comments it filed in May, after the FERC asked the industry for policy ideas on the smart grid.