Transmission

The California ISO is going its own way with its proposal for transmission planning, virtually ignoring FERC’s proposed rules on transmission planning and cost allocation. California wants to bring method to the madness of developing transmission projects, and its approach has raised hackles in the industry. The dispute defines the battle over America’s most attractive market for rate-regulated investment.

Do low-income customers respond to dynamic rates? The answer is yes, and in fact such customers can benefit from dynamic pricing without shifting loads”contrary to conventional wisdom. A study co-authored by the Edison Foundation’s Institute for Electric Efficiency and the Brattle Group shows that restricting access to dynamic rates might actually be harmful to most low-income customers.

When DTE Energy divested its transmission business back in 2003, the future of independent transmission companies (transcos) looked uncertain. A few transcos persevered, however, and this year for the first time the F40 survey includes one of them.

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.

Building new transmission across the entire U.S. is an idea that continues to dominate discussions about the future of electric power. Many believe large amounts of power need to be moved across the country, or that transmission is needed to relieve congested areas, or to make sure enough renewable power is built. But transmission capacity is only part of the remedy to system constraints, and policy decisions and investment strategies must be based on sound evidence and economically rational planning.

In order to fully integrate wind and other dispersed sources of energy into the system, America’s patchwork transmission networks need to be more closely interconnected and synchronized. An advocate for the Tres Amigas merchant transmission project explains how the proposed facility will integrate the grid.

Ultracapacitors and batteries work together to solve power quality problems.

Given this dynamic state of evolution, it’s not surprising that next-generation technologies are undergoing their own difficult transitions. This transition is exemplified by four high-tech projects being executed by four electric utilities: Duke Energy, American Electric Power, Consolidated Edison and San Diego Gas & Electric. Their projects address different parts of the power-supply chain, and they’re taking different paths to secure financing and regulatory acceptance.

Various approaches to distributing emissions allowances spark a heated debate over costs and fairness, but the allocation methodology doesn’t determine whether a regulatory scheme will reduce emissions. Auctioning allowances and distributing them for free both offer advantages and challenges for a successful cap-and-trade system.

While many utilities have embarked upon efforts to define a path toward the next generation utility, these efforts often are siloed initiatives driven by the generation, transmission and distribution (T&D) or customer segments of the organization. Addressing the upcoming challenge will require a coordinated and integrated set of decisions so as not to sub-optimize the end-to-end value chain. Eight critical themes across the generation, T&D and customer elements of the value chain will shape the future of our industry.