Solar power for municipal facilities

This depends on the system configuration and the loads included in the backup circuit. A standard grid-tied plant stops when the utility grid fails. Backup requires suitable equipment, storage and a designed switching arrangement. Critical medical equipment needs a separate assessment of its power continuity requirements.

We need the site address and facility type, electricity bills and hourly demand if available, roof or land information, and grid connection details. Backup assessment also requires a list of critical loads and their required runtime. We clarify ownership or asset management responsibilities and the proposed funding source.

ESCO can be an option when the facility and its projected economics meet the project conditions. Under an energy service model, investment recovery is linked to achieved savings. Procurement, payments and responsibilities are defined for the specific customer and contract.

Operating hours, seasonal demand and load characteristics differ. We account for school holidays, critical and continuous hospital loads, and pump operating cycles and starting currents at water utilities. Solar capacity and backup requirements follow these data rather than the facility’s name alone.

The existing service scope includes an energy audit and feasibility study, design and documentation, installation, training and service. Required approvals, procurement documents and the scope of support are clarified before work starts. Decisions by competent authorities and funding conditions are not controlled solely by the contractor.

Cost depends on capacity, equipment, structural condition, connection requirements and storage needs. Timing also depends on available site data, approvals, procurement and equipment delivery. We prepare the initial estimate and work schedule for the individual facility.