MI Dickson
Consumption of this site has decreased by over 8,000 kWh after the Voltage Optimisation installation, despite production volume being increased by almost 10%
Voltage optimisation (VO) is a transformer-based technology which optimises the incoming supply from the national grid to match the voltage required by equipment at your organisation. It’s sometimes referred to as Voltage Management or Voltage Regulation. Optimising the voltage will reduce your commercial energy use and costs as well as lowering your carbon footprint and CO2 emissions at the same time.
Spikes, sags, or fluctuations in your voltage supply or a consistent overvoltage can cause damage to equipment, disrupt operations, and waste energy. Sudden changes in voltage can trip sensitive electrical equipment. Consistently supplying equipment with a higher voltage than required can cause damage or premature burnout.
Optimising, conditioning, and reducing your incoming voltage supply protects your electrical equipment while reducing electrical consumption, costs, and carbon emissions. The Importance of commercial voltage optimisation, regulation & management cannot be underestimated for any business looking to develop a net-zero strategy. We do not offer Voltage Optimisation for domestic premises.
The benefits of commercial voltage optimisation for your business include:
An added benefit of voltage optimsiation for your business can also be the reduced maintenance costs, which leads to increased operational lifespan for your electrical equipment. By stabalising and resolving any power flow harmonics issues which can be found in some buildings the lifespan on your electrical equipment can be considerably increased. An example of this can be found in our St Johns School and Sixth Form College case study.
Powerstar’s voltage optimisation solutions have online, remote monitoring capabilities, providing full visibility of asset performance, savings, and more. Unlike other providers, our solution uses a unique patented method for regulating the voltage.
When we complete a voltage optimisation proposal for you we will give you a guaranteed savings amount. If your savings are below the guaranteed saving we will refund the difference. So with Powerstar, you are guaranteed to save!
We base our proposals on your site having a 242V supply, this is the national average supply voltage. We use this and the supplied usage data to work out how much you will save. If after the first year you don’t hit the percentage saving and all other conditions are met we will refund the difference.
We can also conduct an installation feasibility study to give you an even more accurate saving amount.
The cheapest and greenest energy is the energy you don’t use.
Are you worried about the ever-rising cost of electricity for your business? Find out how much money you could save by completing our 2-minute Energy Saving Calculator.
Grab a recent electricity bill, fill out a few details and within just a few minutes you will have a savings estimation.
We’ve put together a handy 4-page voltage optimisation pdf including how the technology works, how much you could save, and our range of products. Download our info document
Here are a few of the reasons you should choose Powerstar Voltage Optimisation
Voltage optimisation, or regulation is necessary because the voltage of electricity supplied by the National Grid typically fluctuates. In order to meet their binding requirement of supplying users with 230V, with a tolerance of +10% and –6%. This means that in practice, UK sites can be supplied with voltages ranging between 216V and 253V. The National Grid actually supplies a higher average voltage – typically around 245V – to ensure that the lowest value is still acceptable.
In the UK, electrical equipment is generally designed to work at 220V. This means that it is always operating at a higher voltage than necessary, which causes damage and reduces its working lifetime.
We use our own patented technology to achieve the voltage reduction, which is far more efficient than other voltage optimisation or regulation solutions. Traditional solutions transform the entire voltage supplied to a site, and thus suffer large losses. The Powerstar solution transforms only the reduced voltage and therefore loses far less energy in doing so.
Voltage management also smooths out the peaks and troughs that can occur in voltage supply from National Grid, making your site more resilient by supplying equipment with a steady, reliable voltage and avoiding sudden surges or sags in the supplied power
The technology can either provide a set level reduction for high, but stable incoming voltage profiles, or can dynamically regulate a fluctuating voltage profile to maintain a desired, & optimum level.
Voltage optimisation can be implemented as a standalone technology to protect equipment from voltage supply issues along with its other benefits. It can be connected to a high voltage or low voltage supply.
If you operate your own high voltage infrastructure, it can be integrated with an existing distribution transformer. Alternatively, your transformer can be replaced with a new, efficient distribution transformer with integrated voltage regulation. If you operate a low voltage supply only, it can still be implemented on your site.
Integrated into a battery energy storage solution with full Uninterruptible Power Supply (UPS) capabilities you can harness all the benefits of a consistent, uninterrupted power supply. This benefits your site by providing comprehensive power resilience and improved power quality. Due to its additional benefits of reducing electricity consumption and bills, it also improves the overall return on investment (ROI) of the battery energy storage solution.
Voltage optimisation is used in microgrids to manage and regulate the voltage level of the electrical power supply to a facility. It involves reducing the voltage level of the power supply to an optimal level that meets the requirements of the equipment and appliances while minimizing energy consumption and reducing electricity costs across the microgrid site as a whole.
Sites that are being supplied with overvoltage or undervoltage will see the most benefit from voltage regulation, but almost all sites will be able to secure savings via improved energy efficiency. Most infrastructure and equipment will operate more efficiently and with less need for maintenance at lower voltages.
Voltage optimisation is best suited to environments where there is sensitive or critical electrical equipment, with long operating hours and a high level of electricity consumption. This means it performs well in sectors such as manufacturing, defence, retail & leisure, distribution & logistics, and healthcare.
While voltage regulation offers both improved power resilience and potential energy savings, it is important to note that the benefits it offers vary significantly depending on-site, and in particular depending on the current voltage you are being supplied with by the grid. This means that an installation feasibility study from a reputable supplier is a vital first step when considering voltage optimisation technology.
We do not offer Voltage optimisation for domestic premises.
Consumption of this site has decreased by over 8,000 kWh after the Voltage Optimisation installation, despite production volume being increased by almost 10%
The client is a major supermarket chain with multiple stores and distribution centres across the UK.
Find out how this Manufacturer saved 17.7% in annual electricity consumption and savings in annual electricity bills of £24,000 with Powerstar's Voltage Optimisation.
Powerstar Voltage Optimisation saved this school 9.2% of their annual energy consumption, almost 50,000kWh per year.
Frequently asked questions about Voltage Optimisation and Voltage Management technologies
Voltage regulation can deliver significant energy savings, but be careful not to get caught out by a provider that overpromises
Voltage regulation offers vital energy cost reductions at a time when the UK energy market is facing increasing uncertainty
Voltage optimisation can deliver significant savings on your energy bills while improving sustainability and power resilience
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