Best Practices for Benchmarking Ohio Commercial Energy

Benchmarking fails when teams compare total bill dollars across unlike buildings or mash delivery and supply into one “rate.” Useful benchmarks separate commodity supply, utility delivery, and demand shape.

What to measure

Metric	Why it helps	Common mistake
Supply ¢/kWh after disclosed fees	Compares shoppable commodity	Ignoring broker adders
Delivery $/kWh or tariff class	Explains utility territory differences	Blaming supply for wires costs
Peak demand (kW) & load factor	Shows shape risk	Using only monthly kWh
Weather-normalized kWh	Separates weather from operations	YoY panic after a polar vortex
Cost per unit of output	Ties energy to business activity	Square-foot only for process plants

Peer comparisons without self-deception

A cold-storage cube is not a suburban office. Inside your portfolio, compare like meters first (same vertical, similar hours). External industry averages are directional only unless intensity and shifts match.

Ohio delivery utilities differ (AEP Ohio, Duke Energy Ohio, Illuminating Company, Ohio Edison, AES Ohio, Toledo Edison). Cross-utility total $/kWh rankings without separation are mostly noise.

Cadence that works

• Monthly: exception list—meters that broke band on kWh or demand
• Quarterly: portfolio view by vertical and utility
• Pre-renewal (90–120 days): full package rebuild for shopping

Software helps only if someone owns exceptions. Dashboards without owners are decoration.

Data hygiene

1. Full bill PDFs, not one-line screenshots
2. Stable meter IDs across months
3. Notes when hours, square footage, or equipment change
4. Separate on-site generation so “usage” is not misread

Linking benchmarks to action

If supply ¢/kWh is high after fees → procurement.
If demand spikes with dock doors → operations.
If delivery riders jumped → utility/regulatory monitoring, not a supplier rant.

FAQ

Should we benchmark against utility default?

As a reference point yes; as a goal, only after fees and product fit are understood.

Is ENERGY STAR Portfolio Manager enough?

Helpful for some building types; still split supply vs delivery for procurement decisions.

Next step

Upload bills for a portfolio snapshot · 833-264-7776

Local notes for this education page (1)

This page is best practices for benchmarking. Keep utility delivery separate from competitive supply ¢/kWh. Document meters, hours, and peaks that apply to this URL only—do not paste another education essay and swap names. Equalize broker fees before ranking offers. Renewal calendar: 90–120 days before contract end. Upload bills for a labeled review.

Local notes for this education page (2)

This page is best practices for benchmarking. Keep utility delivery separate from competitive supply ¢/kWh. Document meters, hours, and peaks that apply to this URL only—do not paste another education essay and swap names. Equalize broker fees before ranking offers. Renewal calendar: 90–120 days before contract end. Upload bills for a labeled review.

Local notes for this education page (3)

This page is best practices for benchmarking. Keep utility delivery separate from competitive supply ¢/kWh. Document meters, hours, and peaks that apply to this URL only—do not paste another education essay and swap names. Equalize broker fees before ranking offers. Renewal calendar: 90–120 days before contract end. Upload bills for a labeled review.

Local notes for this education page (4)

This page is best practices for benchmarking. Keep utility delivery separate from competitive supply ¢/kWh. Document meters, hours, and peaks that apply to this URL only—do not paste another education essay and swap names. Equalize broker fees before ranking offers. Renewal calendar: 90–120 days before contract end. Upload bills for a labeled review.

Local notes for this education page (5)

This page is best practices for benchmarking. Keep utility delivery separate from competitive supply ¢/kWh. Document meters, hours, and peaks that apply to this URL only—do not paste another education essay and swap names. Equalize broker fees before ranking offers. Renewal calendar: 90–120 days before contract end. Upload bills for a labeled review.

Local notes for this education page (6)

This page is best practices for benchmarking. Keep utility delivery separate from competitive supply ¢/kWh. Document meters, hours, and peaks that apply to this URL only—do not paste another education essay and swap names. Equalize broker fees before ranking offers. Renewal calendar: 90–120 days before contract end. Upload bills for a labeled review.

Context for best practices for benchmarking (education page, block 1)

This URL covers best practices for benchmarking in the education content family. Suppliers should see utility of record, 12–24 months of bills, and a plain-language peak story—not a title-swapped essay from another education page. If seasonality matters, call out month 11 explicitly. If volume shifts more than 13%, revisit bandwidth and product fit before the next anniversary. Keep delivery riders outside supply ¢/kWh comparisons. Equalize broker compensation on every bid row. Calendar renewals 90–120 days out. For process depth use education hubs (RFP, fees, bill reading) via internal links rather than cloning those essays here.

Context for best practices for benchmarking (education page, block 2)

This URL covers best practices for benchmarking in the education content family. Suppliers should see utility of record, 12–24 months of bills, and a plain-language peak story—not a title-swapped essay from another education page. If seasonality matters, call out month 12 explicitly. If volume shifts more than 13%, revisit bandwidth and product fit before the next anniversary. Keep delivery riders outside supply ¢/kWh comparisons. Equalize broker compensation on every bid row. Calendar renewals 90–120 days out. For process depth use education hubs (RFP, fees, bill reading) via internal links rather than cloning those essays here.