Voltage Optimisation — voltage optimiser
Country: United Kingdom · Model: Voltage Optimisation
The voltage optimiser lowers an excessive mains voltage to the required level and balances it across the phases. Energy savings come to 5–9 % per year and reach 18 % with PowerMap monitoring. It goes at the building intake or ahead of a single machine.
- Principle
- reducing and balancing the input voltage across the phases
- Saving
- 5–9 % per year, up to 18 % with PowerMap monitoring
Technical specifications
| Principle | reducing and balancing the input voltage across the phases |
|---|---|
| Saving | 5–9 % per year, up to 18 % with PowerMap monitoring |
Replacement for
no direct analogue; closest function — 0.4 kV voltage stabilisers
selected by purpose and main parameters, please confirm with the manager
Specifications are taken from the manufacturer’s technical documentation. Updated .
Description
Mains voltage is often higher than the equipment needs, and every extra volt means extra consumption. The optimiser brings the input voltage down to the required level and balances it across the phases, so the building or the individual machine draws less energy. Phase imbalance wastes energy too, and balancing works toward the same result. Annual savings lie within 5–9 %. Adding PowerMap monitoring raises the figure to 18 %. The principle is reduction and balancing, so this is an energy-saving tool and not a means of correcting deep voltage sags.
How to choose
Choose the optimiser when the goal is to save energy and not to stabilise precisely. If you need smooth output control within 0–115 % of the input voltage, look at the Rotavolt autotransformer rated up to 60 kVA, which comes in 9 frame sizes. For protective separation at EV charging stations there are EV Isolation Transformers built to IEC 61558-2-4:2009.
Request a price and lead time
Voltage Optimisation — voltage optimiser. We reply within one business day.
Or email office@usk.ua or call +38 (044) 339-50-20.
FAQ
How much energy does a voltage optimiser save?
Savings are 5–9 % per year. With PowerMap monitoring they can reach 18 %.
What exactly does an optimiser do to the voltage?
It lowers an excessive mains voltage to the required level and balances it across the phases, which cuts energy consumption.
How does an optimiser differ from a voltage stabiliser?
The optimiser lowers and balances the input voltage to save energy. A stabiliser is meant to hold a set output value, so other models are used for that.
What is PowerMap monitoring for?
Monitoring is added to the optimiser and raises the saving from 5–9 % to 18 % per year.
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GI 3600 / Isotransformer 2000Isolation transformer, 2–3.6 kVA
Setavolt iSAIndustrial three-phase induction variable transformers 150–800 AREQUEST
Need a price, lead time or replacement?
Send us a request and we will confirm the configuration, lead time and delivery terms. We reply by email.