Can it help reduce demand charges on utility bills?

Yes, it analyzes 15-minute interval data to identify peak-setting events and recommends mitigation strategies like load shifting, battery storage, and power factor correction.

How does it assist with renewable energy goals?

The skill provides frameworks for evaluating Physical and Virtual Power Purchase Agreements (PPAs), including modeling basis risk and calculating risk-adjusted NPV.

Is this useful for multi-site facility management?

Absolutely; it is designed for portfolios of 10–50+ sites, helping to aggregate load diversity benefits and manage complex multi-state procurement RFPs.

What types of energy markets does this skill support?

This skill supports both regulated and deregulated electricity and gas markets, providing specific guidance for ISOs like PJM, ERCOT, NYISO, and ISO-NE.

Energy Procurement Strategy

Name: Energy Procurement Strategy
Author: shihyu

byshihyu

•

Analytics & Monitoring

Optimizes energy procurement, tariff structures, and demand charge management for large-scale commercial and industrial operations.

This skill provides deep domain expertise for managing high-volume energy spends across multiple facilities. It enables Claude to act as a senior energy procurement manager, guiding users through complex utility bill analysis, supplier RFP structuring, and the evaluation of Power Purchase Agreements (PPAs). By leveraging interval meter data and market structure analysis, the skill helps identify cost-saving opportunities in regulated and deregulated markets, implements hedging strategies to mitigate volatility, and integrates sustainability reporting into core procurement workflows.

Key Features

01Renewable energy PPA modeling and risk-adjusted NPV calculation

025 GitHub stars

03Advanced demand charge mitigation and load-shifting analysis

04Tariff optimization and rate schedule switching recommendations

05Multi-facility energy RFP structuring and supplier bid evaluation

06Hedging strategy development using layered procurement and block-and-index products

Use Cases

01Evaluating the financial and risk impact of corporate renewable energy commitments

02Analyzing interval meter data to reduce peak demand charges and capacity tags

03Running competitive electricity or natural gas RFPs across diverse geographic markets

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add shihyu/jason_note energy-procurement

For use in Claude.ai and ChatGPT

Key Features

01Renewable energy PPA modeling and risk-adjusted NPV calculation

025 GitHub stars

03Advanced demand charge mitigation and load-shifting analysis

04Tariff optimization and rate schedule switching recommendations

05Multi-facility energy RFP structuring and supplier bid evaluation

06Hedging strategy development using layered procurement and block-and-index products

Use Cases

01Evaluating the financial and risk impact of corporate renewable energy commitments

02Analyzing interval meter data to reduce peak demand charges and capacity tags

03Running competitive electricity or natural gas RFPs across diverse geographic markets

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add shihyu/jason_note energy-procurement

For use in Claude.ai and ChatGPT