Competitive Power Ventures, Inc. - Energy Highway
Competitive Power Ventures, Inc. - Energy Highway
Competitive Power Ventures, Inc. - Energy Highway
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CPV VALLEY ENERGY CENTER<br />
The ratepayer benefits are primarily caused by the addition of a highly efficient generating facility<br />
inside a densely populated and highly congested region, thereby reducing the overall market cost of<br />
electric generation to New York’s ratepayers. The Transmission Enhanced Option provides New York<br />
ratepayers a low cost option to increase the capability of the existing transmission system through<br />
incremental transmission capacity that allows the ratepayers access to stranded conventional<br />
generation and upstate renewable generation.<br />
3.2 Contribute to an environmentally sustainable future for New York State<br />
The high efficiency of CPV Valley and its state-of-the-art emissions control technology will make this<br />
facility one of the cleanest in the state of New York. The Project is expected to reduce pollution across<br />
New York, due to the operation of CPV Valley as an alternative to the older less efficient and dirtier<br />
generation in existence today. Specifically, based on PA Consulting’s independent study, building CPV<br />
Valley will lower NO x emissions, SO x emissions, and Mercury emissions across the state of New York<br />
by approximately 816 tons, 325 tons and 4 lbs per year, respectively, during the first 15 years of<br />
operation. Furthermore, building CPV Valley will lower CO 2 emissions across PJM, New York and New<br />
England by approximately 494,000 tons per year for the first 15 years of operation. Please refer to<br />
Appendix D – Emission Comparisons for a comparison of CPV Valley’s emission to other traditional<br />
generation technologies.<br />
3.3 Assure that long-term reliability of the electric system is maintained in the face of major system<br />
uncertainties.<br />
The reliability of the system is directly related to maintaining sufficient generation resources to meet<br />
the demands of New York’s customers, as well as an adequate transmission system to transmit<br />
electricity to New York’s customers. The pending environmental regulations and low gas prices<br />
continue to raise question about the future of older, less efficient generation resources, and whether<br />
these resources will be economically viable over the long-term to continue to supply New York’s<br />
energy needs. The addition of Valley’s generation capacity in the Lower Hudson Valley provides New<br />
York with the certainty of new clean generation to replace retiring generation. The addition of CPV<br />
Valley and its Transmission Enhanced Option provides New York with a significant increase in new<br />
generation from the Project, as well as access to bottled generation that currently is not deliverable<br />
throughout the system.<br />
Over the years, various NYISO studies have identified the need for additional generation and<br />
transmission in the Lower Hudson Valley region to address reliability concerns under certain planning<br />
scenarios. With the potential retirement of the older units discussed above and an economic<br />
recovery, CPV Valley provides New York with certainty and options to improve the long-term<br />
reliability of the electric system. Also, as discussed previously in Section 2.3, the Valley <strong>Energy</strong> Center<br />
offers additional system reliability enhancement through its ability to operate on fuel oil should New<br />
York experience any interruptions in natural gas supply.<br />
3.4 Encourage development of utility-scale renewable generation resources throughout the State<br />
CPV Valley utilizes advanced combined-cycle technology, which is one the most efficient and flexible<br />
generation technologies available today. The duct firing capability for peak power output along with<br />
the fast ramping capability of the facility provide the NYISO’s system operations significant flexibility<br />
and enhanced performance. This flexibility is essential for supporting intermittent solar and wind<br />
generation.<br />
The Transmission Enhanced Option discussed previously would also create approximately 450MW of<br />
incremental transmission capability through the UPNY-SENY interface. This incremental transfer<br />
capability could be utilized by existing and/or new utility-scale renewable resources to be deliverable<br />
throughout the state (and more specifically downstate).<br />
New York <strong>Energy</strong> <strong>Highway</strong><br />
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