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EV charging load management controller application and required process result; Site limit metering and priorities: Provide supply constraints, existing building demand, charging-point count, user priorities and the expected arrival pattern. Dynamic allocation depends on reliable measurement at the correct electrical point, not only a configured total power limit.; Charger interfaces and fallback behavior: Compare supported charger communications, meter interfaces, phase handling, authorization and backend integration. Define what each charger does when the controller, network or meter is unavailable so a communication fault does not create an uncontrolled site demand.; Representative input variation and difficult production cases; Required acceptance evidence: Simulate arrivals, changing building load and charger limits, measuring site demand and allocation behavior. Demonstrate communications loss, meter failure, restart and the intended authorization or backend interactions.; Site and utility scope: Coordinate meter location, network access, protected power, charger configuration and commissioning responsibilities. Define local versus remote control boundaries and the owner of site-wide setpoints.; Service provision: Maintain controller software, meter accuracy, communications and configuration backups. Review charger additions or changes to building loads against the accepted allocation and fallback rules.; OEM/ODM engineering scope: OEM meter and charger interfaces may be configured; ODM allocation rules require interoperability, cybersecurity and failure-response validation with the actual installed charger mix.; Upstream preparation and downstream handling interfaces; Destination country and applicable installation requirements; Production schedule, changeover mix and operator availability; Drawings, samples, inspection method and rejected-output criteria.