Powerdown220

Eliminating Electricity Overspend in the Plastic Industry With Voltage Optimisation

Voltage Optimisation Cuts Costs and Carbon across the Plastic and Injection Moulding Industry

Voltage Optimisation (VO) has been used extensively in the plastics and injection moulding industry for many years to reduce energy costs on-site. Because of high energy consumption requirements and rising energy costs, VO is quickly becoming one of the most popular energy savings technologies, with many plastic and injection moulding companies approaching Powerdown220 to reduce energy costs and carbon emissions.

Whilst there is a difference in savings across all electrical equipment in the plastics industry based on its voltage dependency, VO tends to make consistently high savings on equipment such as motors found in all types of air compressors, extraction and chopper fans, vacuum pumps industrial automated assembly lines, as well as material handling and packaging conveyors.

Whilst VO does not make a saving on LED lighting for example, it does help to protect the equipment and make it last longer, with an increase in the equipment lifespan of up to 46%, as stated by (UK wiring regs BS7671).

Calculating savings for VO is a fairly straightforward process, our technical team completes a full on-site technical survey, to confirm the exact savings made at any particular site.

Once we complete a technical survey we can offer a full savings guarantee, meaning if we don’t deliver the savings promised, we will remove the equipment and offer a full refund.

Cutting costs with Voltage Optimisation
Voltage optimisation specialists reduce costs

Voltage Optimisation Specialists Reduces Annual Energy Costs at Brother Industries by £41K

  • We partnered with Brother Industries, based in Wrexham have a dedicated injection moulding division that delivers precision injection moulding services to a range of blue chip clients.

  • By installing a voltage optimiser, Brother not only boosted their bottom line but also reduced their annual carbon emissions by a remarkable 25 tonnes.

  • That’s equivalent to planting 775 trees.

  • Elsewhere, the company also made annual savings worth £41K and saw a return on investment within 18 months.

Annual Spend: £397,028
Annual Savings: £41,468
Annual Carbon Reduction: 25,765 KG
Percentage Savings: 10.44%
Payback: 18 Months

Fischbach Reduce Annual Carbon Emissions With Voltage Optimisation

Guaranteed Energy Savings Against Rising Energy Prices

  • Fischbach, an injection moulding market leader in the supply of cartridges, nozzles and plunger systems for the sealants and adhesives industry, faced a huge increase in their kwh rate from their energy supplier, with their annual costs increasing owing to the energy crisis. They turned to voltage optimisation to protect their business from spiraling energy cost rises and benefit from its fast payback and stable long-term results.

  • Following a full technical survey, we pledged that the Voltage Optimiser would deliver a minimum saving of 7.22%, which was further underpinned by the Powerdown220 Savings Guarantee. With these figures in mind, they were able to budget and plan, helping to protect against their increase in energy costs.

A Stable Power Supply and a 163-tonne Reduction in Carbon

  • In addition, Fischbach is also benefiting from a more stable power supply on-site, with their equipment only drawing the energy that it needs to run at its optimal level, rather than having to work harder due to excess energy from the grid.

  • As a result, the voltage optimiser will help increase the lifespan of the equipment and save on future expenditures by reducing ongoing maintenance and replacement costs across the site. The voltage optimiser has also reduced Fischbach’s carbon footprint by 163 tonnes of harmful carbon emissions a year.

  • Annual Spend: £901,719
  • Annual Savings: £65,096
  • Project Cost: £63,181
  • Payback: 11.6 months
  • Percentage Savings: 7.22%
  • Annual Carbon Reduction: 163,210 KG
Fischbach Reduce Annual Carbon Emissions With Voltage Optimisation
Reducing Energy consumption for Sone Products

Sone Products Reduce Energy Consumption by 10.44%

We have recently completed an installation at Sone Products, Based in Stanley. Sone Products manufactures plastic liquid packaging products for the cosmetic and medical sectors. After undertaking a site survey, we established they would need a 1000i Voltage Optimiser.

  • Annual Spend: £263,485 
  • Annual Savings: £27,520
  • Project Cost: £43,253
  • Payback: 18.9 months
  • Percentage Savings: 10.44%
  • Annual Carbon Reduction: 65,426 KG

Creative Composites Embrace Voltage Optimisation

Creative Composites, based in Lisburn, Nothern Ireland approached Powerdown to find ways of reducing their energy bills and carbon footprint, by improving energy efficiency.

Creative Composites are leading injection moulding experts operating the largest presses in the UK, manufacturing products for the automotive, transport and off-highway sectors. They are committed to operating responsibly and sustainably to help protect the environment.

They committed further to the environment by optimising their voltage on-site, and as a result reduced their energy consumption by 7.22% and reduced their annual carbon emissions by 73,700 KG.

  • Annual Spend: £341,211
  • Annual Savings: £41,888
  • Project Cost: £39,487
  • Payback: 12 months
  • Percentage Savings: 12.27%
  • Annual Carbon Reduction: 48,888 KG
Manchester Based Nufox Rubber Reduce Energy Costs With Voltage Stabilisation

Manchester Based Nufox Rubber Reduce Energy Costs With Voltage Stabilisation

  • Annual Spend: £120,054
  • Annual Savings: £7,007
  • Project Cost: £16,430
  • Payback: 28.1 months
  • Percentage Savings: 5.84%
  • Annual Carbon Reduction: 5,357 KG

Our partners

Here are some of the companies we are proud to have worked with

Testimonials

We supply voltage optimisers to businesses across the UK in every sector, from manufacturing to hospitality.

You can find out how much we can save your business today by filling out our enquiry form.

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