Common use of Sampling Procedure Clause in Contracts

Sampling Procedure. To reduce M&V cost, all fixtures installed will not be measured, an effective NEMVP recommended sampling method will be used. Lighting fixture types that account for greater than 10% of the total fixtures installed will be measured. Lighting fixtures will be separated to homogenous groups and sampled to achieve ±20% precision with 80% confidence with an assume 0.5 coefficient of variance.

Sampling Procedure. To reduce M&V cost, all fixtures installed will not be measured, an effective NEMVP recommended sampling method will be used. Lighting fixture types that account for greater than 10% of the total fixtures installed will be measured. Lighting fixtures will be separated to homogenous groups and sampled to achieve ±20±10% precision with 8090% confidence with confidence. An initial sample size will be used based on an assume assumption of 0.5 for coefficient of variance. The average savings calculated will be used as the true savings and the uncertainty calculated will have no effect on true savings.

Sampling Procedure. To reduce M&V cost, all fixtures installed will not be measured, an effective NEMVP recommended sampling method will be used. Lighting fixture types that account for greater than 10% of the total fixtures installed will be measured. Lighting fixtures will be separated to homogenous groups and sampled to achieve ±20±10% precision with 8090% confidence with confidence. An initial sample size will be used based on an assume assumption of 0.5 for coefficient of variance. Additional samples will be measured until the 0.5 coefficient of variancevariance is achieved. The average savings calculated will be used as the true savings and the uncertainty will have no effect on true savings.

Sampling Procedure. To reduce M&V cost, all fixtures installed will not be measured, an effective NEMVP recommended sampling method will be used. Lighting fixture types that account for greater than 10% of the total fixtures installed will be measured. Lighting fixtures will be separated to homogenous groups and sampled to achieve ±20% precision with 80% confidence with an assume assuming a 0.5 coefficient of variance.