Grid reliability is one giant step in mainstreaming the technology.
Wind power is coming of age in the United States. During the past five years, installations have grown by an average 28 percent yearly. Gleaming, high-tech wind turbines now are interconnected to the bulk power grid in some 30 states.
New York Independent System Operator
A number of factors point to expanded nuclear generation. But when?
The role that nuclear power will play in the U.S. electricity generation mix during the coming decades has been a subject of continuing speculation. Few analysts deny the remarkably improved prospects for the existing fleet of reactors: Efficiencies realized by industry consolidation, reactor uprates, and plant license renewals have, in a period of about five years, greatly increased the market value of nuclear plants and the competitive advantage of companies that own them.
The grid does not need a Marshall Plan for new investment.
We don't know what caused the Aug. 14 blackout, but somehow we know that our transmission system needs $50 billion to $100 billion in investment and upgrades. And utilities need higher returns to raise that kind of money. Talk about making lemonade out of lemons.
The reality is that we aren't short $50 billion or $100 billion in our transmission system. The study said to support that proposition just doesn't do the job.
Proper authority and market monitoring and mitigation could make the system work.
In the last few years we have watched appalled as the western U.S. electricity markets collapsed, taking with them the solvency and viability of several very large participants, including the California Power Exchange (PX).
With just a few changes in reliability rules, regulators could call on consumer loads to boost power reserves for outages and contingencies.
In proposing a standard market design (SMD), the Federal Energy Regulatory Commission (FERC) makes clear that it wants customers to participate in wholesale power markets, such as by bidding an offer to curtail consumption, increase supply, and reduce upward pressure on prices.
"We believe in the direct approach of letting demand bid in the market," says FERC.
To the Editor:
In your recent article about New York's "demand curve" ("New York Throws a Curve," May 15), opponents dismiss the role of installed capacity in restructured electric markets. Instead, they suggest a complete reliance on revenues from the energy market to recover all fixed costs. Yet, as your article notes, an energy-only approach might require price spikes of up to $30,000/MWh to cover the fixed costs of "peaking" units that seldom run but are needed for reliability.
ISO's new ICAP scheme seen as subsidy for the gen sector.
Presenting a fair and simple distributed generation plan for utilities and policy-makers.
Distributed generation (DG) continues to face many institutional barriers erected before the technology emerged as an economic alternative. Chief among these barriers are existing rate and regulatory regimes, which fail to offer appropriate incentives to utilities and customers who might otherwise substitute DG facilities for distribution and generation.
RTO cost/benefit studies are difficult to reconcile.
The premise behind the Federal Energy Regulatory Commission's (FERC) push for regional transmission organizations (RTOs)-that they will provide positive economic benefits to society- increasingly is being challenged.
Sempra promised regulators they’d build a new utility, but Nova Scotia is still waiting.