Conventional measurement and verification for non-interval metered, direct load control (DLC) programs bidding into wholesale electricity markets usually require a PURPA-compliant load research study. This requirement contributes to high operating costs and has been a factor in recent reductions in the amount of emergency demand response available to regional transmission system operators. This paper describes a collaborative effort by PJM members to determine whether regional modeling using pooled historical data could satisfy DLC measurement and verification (M&V) requirements without sacrificing estimation accuracy. This paper also describes how PJM incorporated the regional "deemed savings estimates" into its Load Data Systems Manual. This paper concludes that regional approaches to M&V could yield large cost savings for DLC resource providers around the country.
BT - IEEE Transactions on Power Systems DA - 02/2008 DO - https://doi.org/10.1109/TPWRS.2007.913305 IS - 1 LA - eng N2 -Conventional measurement and verification for non-interval metered, direct load control (DLC) programs bidding into wholesale electricity markets usually require a PURPA-compliant load research study. This requirement contributes to high operating costs and has been a factor in recent reductions in the amount of emergency demand response available to regional transmission system operators. This paper describes a collaborative effort by PJM members to determine whether regional modeling using pooled historical data could satisfy DLC measurement and verification (M&V) requirements without sacrificing estimation accuracy. This paper also describes how PJM incorporated the regional "deemed savings estimates" into its Load Data Systems Manual. This paper concludes that regional approaches to M&V could yield large cost savings for DLC resource providers around the country.
PY - 2008 SP - 204 EP - 212 T2 - IEEE Transactions on Power Systems TI - Regional Approaches to Measurement and Verification of Load Management Programs UR - https://ieeexplore.ieee.org/document/4435952 VL - 23 ER -