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energy-procurement

Decompose energy bill components and produce prioritized optimization plans for multi-site portfolios.

24|4|Updated Feb 25, 2026
Search Tags:#risk-management#hedging#energy-procurement#ppa#load-profiling#tariff-optimization
One-click install
npx skills add https://github.com/ai-evos/agent-skills --skill energy-procurement
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: energy-procurement
Source: https://github.com/ai-evos/agent-skills/tree/main/capabilities/energy-procurement
Command: npx skills add https://github.com/ai-evos/agent-skills --skill energy-procurement

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Identify and analyze energy bills for large commercial and industrial portfolios, decomposing all bill components (energy, demand, capacity, T&D charges, and riders) to explain cost variance and identify optimization opportunities.

Core Features & Use Cases

  • Comprehensive bill breakdown across multi-site portfolios in regulated and deregulated markets.
  • PPA evaluation and hedging design including fixed-price, block-and-index, VPPA considerations, and risk schedules.
  • Load profiling and demand management including peak shaving, ratchet impact, and DR program assessment for capacity charges.
  • Portfolio optimization combining demand management, tariff selection, and renewable procurement planning to meet RE100 targets.

Quick Start

Provide a complete bill decomposition for the latest energy bill and generate a prioritized, actionable optimization plan.

Frequently Asked Questions about energy-procurement

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I decompose energy bill components for a large commercial portfolio?▼

Energy bill decomposition breaks down all cost drivers—energy, demand, capacity, T&D charges, and riders—across multi-site portfolios to explain variance. It analyzes regulated and deregulated market scenarios to highlight optimization opportunities and produce a prioritized action plan.

What is the best way to evaluate PPAs and hedging options for industrial energy procurement?▼

Evaluating PPAs and hedging options involves assessing fixed-price, block-and-index, and VPPA structures against your portfolio's load profile. It designs risk schedules and models total cost impacts to identify the optimal procurement strategy.

How does load profiling help with demand management and capacity charge reduction?▼

Load profiling identifies peak usage patterns to implement demand management strategies like peak shaving and demand response programs. It assesses ratchet impacts on capacity charges, reducing overall demand costs across large commercial portfolios.

Can I optimize energy spend across both regulated and deregulated markets?▼

Yes, you can optimize energy spend across regulated and deregulated markets by comparing tariff structures, T&D charges, and riders. It models multi-site, multi-market scenarios to produce a comprehensive portfolio optimization plan.

How do I create an energy procurement plan to meet RE100 targets?▼

Creating an energy procurement plan for RE100 targets combines load profiling, tariff selection, and renewable procurement via PPAs. It aligns portfolio optimization with sustainability goals to deliver actionable steps for executives and operators.

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