What is Voltage Optimsation

Voltage Optimisation (VO) is an energy-saving solution for regulating and optimizing the voltage supplied to electrical equipment to the optimal level for efficient operation. The purpose of VO is to reduce energy consumption, lower electricity bills, and decrease carbon emissions by ensuring that electrical devices operate at their most efficient voltage level.

Purpose of VO

  1. Energy Savings: By reducing the voltage to a level where equipment operates most efficiently, VO can lead to significant energy savings. This is because many electrical devices do not require the full voltage supplied by the utility and can operate effectively at a lower voltage.
  2. Reduced Electricity Bills: Lower energy consumption translates directly into reduced electricity bills. This is beneficial for businesses and large facilities with high energy demands.
  3. Extended Equipment Life: Operating equipment at optimal voltage levels reduces wear and tear, leading to longer equipment lifespan and reduced maintenance costs. Over-voltage causes overheating and stress on components, while under-voltage leads to poor performance and increased wear.
  4. Improved Power Quality: VO can help in stabilising the voltage levels, reducing the incidence of voltage spikes, sags, and transients that can damage sensitive equipment and cause operational disruptions.
  5. Environmental Benefits: By reducing energy consumption, VO contributes to a reduction in carbon emissions and overall environmental impact. This aligns with sustainability goals and regulatory requirements for energy efficiency and environmental protection.
  6. Compliance with Standards: VO helps in ensuring that the supplied voltage complies with regulatory standards and limits set by authorities, which can be beneficial for both operational and legal compliance.

How Voltage Optimisation Works

 Voltage Optimisation typically involves the installation of a Voltage Optimisation Device (VOD) and remote cloud metering in the electrical distribution system. These devices can be installed at various points in the system, for example:

  1. At the Point of Supply: Installing the device at the main incomer to optimise the voltage for the entire facility. This is the typical application, as it covers the entire facility with one installation.
  2. At Sub-Distribution Boards: Optimising voltage for specific areas or sections within a facility.
  3. At Individual Equipment: Targeting specific pieces of equipment that are particularly sensitive to voltage variations.

The VOD monitors and adjusts the incoming voltage to the optimal level for equipment.

In summary, Voltage Optimisation provides the right voltage to electrical equipment, ensuring efficiency, cost savings, and environmental benefits while maintaining equipment performance and longevity.