Volt Optimisation
Immediately save money and energy
Volt Optimisation
Chapmans Electrical are your local E-Pro approved Volt Optimization energy saving experts in Birmingham and the West Midlands.
In the UK, the average single phase mains electrical supply voltage is 242 volts. This is quite high compared to other countries. Electrical appliances with the CE mark must be capable of working anywhere between 207 and 253 volts.
Our unusually high voltage in the UK can cause a reduction in the life expectancy of equipment which is really being used above it’s optimum supply voltage. Depending on the type of load on the circuit being supplied, it is also wasteful and substantial direct energy savings can be made through optimising the supply voltage to the equipment being used. Every site is different but we can advise you on suitability and potential energy savings. Any facility using electrical equipment and lighting should consider voltage optimization to reduce carbon footprint and energy bills.
Voltage optimisation is an established technology that manages incoming voltage and reduces it to a level more suitable for the electrical equipment being used.
Chapmans will perform a site survey in which we take all necessary voltage and current measurements, determine the types of equipment and other factors which need to be taken into account. We will then be able to make all necessary calculations to specify the right voltage optimisation equipment, or choice of voltage optimisation equipment, and suggested configuration which will be tailored specifically for you. We can also predict estimated savings and return on investment.
As E-pro approved energy management professionals of Marshall-Tufflex energy management solutions for single or three phase supplies , you can be assured that we have an in-depth understanding of current energy management technologies.
Once we have installed the voltage optimisation system you need we can offer maintenance and repair services and also reconfigure the system if your loading requirements significantly alter.