NOVALUX · Energy & e-mobility

Load management

When chargers and other substantial loads share a supply, coordinated power allocation can help. Load management starts with a clear inventory of consumers and a decision on which uses should take priority and when.

Enquire about your project
Electric vehicles at multiple charging points on commercial premises – illustrative image
Illustrative image

Who is this service for?

  • Private clients
  • Businesses
  • Property managers

Possible scope of work

  • Record available capacity, relevant loads and simultaneous operation.
  • Distinguish fixed limits from possible dynamic control.
  • Define measurement points, priorities and behaviour when data is unavailable.

What you receive

  • A scope matched to your information with the relevant technical interfaces identified.
  • Depending on the confirmed commission: agreed functions and the associated operating and handover information.

From enquiry to handover

  1. Record functions and existing systems

    Describe the intended use and identify existing components. Concrete examples are more useful than a general list of preferred products.

  2. Clarify interfaces and scope

    Compatibility, access and responsibilities are assessed against the actual system. Necessary preparation and dependencies form part of the agreed scope.

  3. Provide an understandable handover

    Agreed functions, controls and relevant records determine the handover. Additional requests or subsequent changes in system conditions are agreed separately.

What we need for your quotation

  • List of controllable and non-controllable loads
  • Available power or load-profile data
  • Priorities for operational equipment and charging

Frequently asked questions

What is the difference between static and dynamic control?

Static control uses predefined limits. Dynamic control can incorporate suitable live measurements, which require dependable measurement and communication.

Can production take priority over charging?

That can be specified as a requirement. Feasibility depends on controllable equipment, interfaces and operating conditions.

What happens if communication fails?

A defined fallback state belongs in the design. The limits that then apply and how the fault becomes visible need to be specified for the actual system.