energy-procurement

Multi-facility energy procurement is optimized by structuring RFPs, evaluating supplier bids, and building layered hedging strategies to manage index exposure. This approach locks volume at fixed rates while addressing market volatility across portfolios of 10 to 50 plus sites in regulated and deregulated US electricity markets.

Renewable PPA evaluation is best performed by assessing physical and virtual power purchase agreements for cost, basis risk, and sustainability impact. This analysis ensures renewable procurement options meet budget certainty requirements and Scope 2 sustainability reporting compliance for commercial organizations.

Interval meter data can calculate behind-the-meter battery storage ROI by identifying top demand-setting intervals per month. This analysis evaluates a 500kW 2MWh battery system to mitigate demand charges and cut peak demand costs for commercial and industrial facilities.

Demand charges impact industrial energy costs by peaking during top 15-minute intervals, creating unpredictable expenses. Mitigation involves implementing load shifting, battery storage, and demand response strategies to actively cut peak demand costs and reduce overall energy spend.

Tariff optimization works for high-spend organizations by analyzing utility tariff structures to identify rate switching opportunities. A manufacturing firm with 25 facilities across PJM and ERCOT can structure a blended procurement strategy that locks 60 percent of volume at fixed rates.