Applications and benefits

Dynamic Load Management can be either realized as a stand-alone solution or integrated with the Gridstream AIM system


As a rule, Load Management and Smart Metering systems function as a single unit. Individual system design can be customized to integrate traditional ripple control systems from different manufacturers. Real-time control over loads within the power network can be carried out via broadcast commands either by traditional ripple control (one-way) or by smart (two-way) load switch devices (L7XX series).

Customer benefits

Third Generation Load Management is tailor-made to address the future needs of energy consumers, distributors and the national grid companies in a liberalized market place.

End user

  • Sustained heating of hot water boilers at the lowest tariff, unaffected by the change of energy supplier.
  • Remote control of the customer profile.
  • No customer involvement required.
  • Credit payments from the network operator for switching loads such as hot water boilers, air conditioners, heat pumps or vehicle charging stations
  • Quick fault finding by the network operator enabled by the status reporting feature of the load switch
  • Individual control of the public lighting by SMS

Network operators

  • Easy migration from an existing ripple control installation to a smart metering system
  • Prevention of load peaks creates a leaner network infrastructure
  • Dynamic Load Management trade benefits (virtual power station) national grid companies
  • Cost-efficient maintenance of the load management and smart metering systems
  • Attractive value-added services reinforce customer loyalty
  • Public lighting: operational efficiency increases as a result of status reporting and remote object allocation

National Grid Operator(s)

  • Optimized network restoration after a blackout enabled by smart load switching functions of the L740 Hybrid Load Switch
  • Increased network stability by load shedding during periods of under-frequency
  • Integration of Load Management the planning of power station capacity, reduction of spinning reserve and CO2 emissions