| Decision point | School | Church / worship property |
|---|---|---|
| Activity record | Academic, summer and evening programs | Services, weekday programs and events |
| Peak investigation | Actual equipment and event intervals | Actual equipment and event intervals |
| Authority | District, board or account owner | Board, trustees or account owner |
| Performance context | Appropriate school methodology | Appropriate worship methodology |
Build an operating calendar for the property
For a school, record the academic year, summer programs, evening activities, food service and any athletic facilities. For a church or other worship property, record services, weekday offices, childcare, community events and kitchens where present. Do not assume a worship building is occupied only once a week or that a school closes entirely in summer.
Identify separate meters, shared campuses and landlord or district-paid systems. A classroom wing and a sanctuary can have very different area and schedule boundaries. Whole-property comparisons should include all relevant energy and matching gross area, while partial accounts should remain clearly labeled.
Inspect schedules without compromising required use
Compare actual interval data with the calendar to identify questions about equipment run time and base use. A control schedule may deserve review when the building is vacant, but changes must preserve required ventilation, temperature, equipment and program conditions. This page does not prescribe universal setbacks or safety-related settings.
Demand can reflect a short interval rather than the entire monthly attendance pattern. Event preparation or simultaneous equipment starts may affect a peak, but the actual tariff and interval evidence are needed. A low annual kWh total alone does not prove a small demand charge or show that a generic load reduction will save money.
Hypothetical event-peak comparison
Suppose two properties each use 20,000 kWh in a billing period. One records 80 kW billed demand and the other 140 kW. At an invented $10 per kW charge, demand costs are $800 and $1,400. The $600 gap exists even though total energy is identical.
These are hypothetical quantities and not school or worship benchmarks. The higher peak might reflect a different event or equipment mix, not poor management. Compare like periods and identify the cause before proposing controls. A supplier rate change would address a separate component and should not be credited with reducing the physical peak.
Match procurement governance and duration
Confirm who can authorize the account, whether board or district approval is needed and how the supply term aligns with budgets and facility plans. Collect existing agreements and notice dates early enough for the actual decision process. A quote expiry does not override the organization’s authorization requirements.
Request comparable offers for eligible accounts and retain the price scope, fees and accepted documents. For performance, use appropriate school or worship benchmarking context instead of ranking unlike services by a single area ratio. This guide promises no nonprofit discount or standard savings percentage; it helps organizations compare calendar-driven loads and purchasing responsibilities with actual evidence.
Questions & answers
Does nonprofit status guarantee a cheaper supplier rate?
No general discount is established here. Verify any specific program or offer and compare its complete terms.
Sources & scope
Primary references reviewed October 15, 2026. These sources support the stated concepts; actual tariffs, program rules and signed agreements govern the account. Decision examples and operational worksheets are original educational analysis.
- ENERGY STAR: Score Details by Property Type
Distinct benchmarking methods for offices, hotels, warehouses, hospitals, medical offices, schools, worship and other property types. - ENERGY STAR: What is Energy Use Intensity?
Annual common-unit energy per gross floor area; building type and site/source distinctions. - DOE FEMP: Evaluating Your Utility Rate Options
Energy, demand and fixed charges and why the complete tariff matters.
