US manufacturers Koch Industries and Dow Chemical are lobbying against the plan of Energy Secretary Rick Perry to subsidize nuclear and coal as a fuel for power generation. In a letter to Congress, manufacturers dismissed the Department of Energy’s (DoE) plan as “anti-competitive” and said it could distort or “destroy competitive wholesale electricity markets and increase the price of electricity to all consumers.”
UK Power Reserve said it is “on track to deliver its 2014 capacity market obligations” with nine power stations built so far in 2017 and another nine set for completion by the end of the year. Once all 18 are commissioned and fully operational, UKPR will contribute 364MW of fast-ramp, flexible gas generation to the UK power grid.
In the absence of cost-effective, large-scale electricity storage, the North American Electric Reliability Corp (NERC) finds stark regional differences concerning grid stability in its 2017 peak power demand projections. Reserve margins, the estimated buffer of unused generating capacity, range from less than 15% in the grid area of ISO-New England to almost 29% in New York.
The corner may well have been turned for the European power sector, as many operators of fossil plants now focus on balancing markets. Grid services and flexible power supply is seen to remain essential in the medium- to long-term, industry experts at Power-Gen Europe agree, while gas use for baseload power will be very limited, indeed, notably in Europe as well as in parts of the U.S.
Accelerated growth of volatile wind and photovoltaic power supply in Germany has been shifting the dispatch of fossil power plants to load-following operation to maintain the stability of the power grid. More decentralized gas-fired stations would help meet TSO’s flexibility requirements, Dr. Thorsten Krol, marketing manager at Siemens’ distributed generation business development told Gas to Power Journal.
Jan 28 – To detect threats to grid stability, GE is s providing Southern California Edison with a Phasor Measurement System to acquire, monitor, visualize, analyse, archive and share phasor measurement information.
The system acquires measurements of underlying grid conditions from phasor measurement units (PMUs), located within SCE's system as well as neighbouring utilities, at a rate of 30 times per second. The technology provides operators with visibility to power system dynamics and a real-time wide-area view of the grid, GE said.
The phasor project - a wide-area situational awareness system - involves the deployment of PMU devices in 500 kV and 230 kV substations throughout SCE's network.