energy-procurement

To optimize C&I energy costs and reduce demand charges, analyze utility tariff structures and 15-minute interval meter data to identify peak demand drivers. This enables load shifting, battery storage evaluation, and rate switching to eliminate unnecessary fees and reduce per-kWh costs across all facilities.

The best way to evaluate renewable PPA offers is by assessing physical and virtual power purchase agreements to model basis risk and curtailment exposure. This approach calculates risk-adjusted NPV, ensuring data-backed renewable sourcing decisions that align with financial and Scope 2 sustainability goals.

Structure an energy procurement RFP by evaluating supplier bids across fixed, index, and hybrid products. Develop a layered hedging strategy to lock a percentage of volume at fixed rates while maintaining controlled index exposure, effectively managing volatile energy costs for large commercial consumers.

Yes, you can use this for Scope 2 reporting and sustainability target alignment with $15M+ annual energy spend. It supports end-to-end energy procurement workflows and regulatory compliance for large commercial and industrial consumers with 10+ sites across regulated and deregulated markets.

Yes, this energy procurement workflow supports both regulated and deregulated electricity and natural gas markets. It solves high-cost and volatile commercial energy procurement by applying tariff analysis, demand charge mitigation, and multi-facility cost optimization across varying market structures.

You need load profiling and demand response program evaluation for commercial energy management when mitigating high demand fees and volatile costs. Identifying peak demand drivers through interval data allows you to evaluate load shifting and demand response options to cut expenses.