Energy Saving

Aldridge energy are energy saving electrical contractors for Halesworth, Suffolk and surrounding areas also covering East Anglia. Our interest in green technologies is something that we believe strongly about and want to help by cutting our carbon emissions and saving on electrical energy, renewable technologies are fundamental to the reduction. Do your bit for the environment. We need to reduce our carbon footprint by roughly 40% by 2020.

The energy saving solutions and green technologies below can be utilized in the domestic, commercial and industrial environments.

Rointe Radiators - Integral Heating System

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This is the product dedicated exclusively to space heating. Its body is made of several vertical elements whose design facilitates natural air convection and whose material (injected aluminium) has an extremely high heat transfer coefficient.

Aldridge Energy supply and install Rointe natural heat radiators in the Halesworth, Suffolk and surrounding areas also covering East Anglia.

Energy Saving Ideas and Solutions

At Aldridge energy we have a great interest in green technologies, saving electrical energy and cutting carbon emissions, which are harmful to the environment. In turn, this can save you money.

L.E.D. (light emitting diode) lighting

This type of lighting is extremely energy efficient and long lasting. The chart below shows the amount of brightness that you can expect from different wattage bulbs of different construction. As you can see, the LED lamps require much less wattage than compact fluorescent (energy saving) or incandescent lamps. Which is one reason why LED lamps are more energy-efficient and longer lasting than other types.

Reduce Your Carbon Footprint with Voltis Home

Want to escape those daunting electricity bills which keep on growing? We have developed Voltis Home, the easiest way to bring them down again. Not only can you save money on your energy bills, Voltis Home also helps reduce your carbon footprint, keeping the planet a green environment.

About Our Voltis Home Energy Reduction Units:

  • Reduces energy usage and carbon footprint
  • Increases the life of household appliances
  • Easy to install by a qualified electrician
  • Greater savings compared to other systems

Call Aldridge Energy to see if you’re eligible for a voltage optimization unit with a site survey. Aldridge energy can supply and install voltis home in the Halesworth, Suffolk and surrounding areas also covering East Anglia.


PV Panels - Coming Soon

Reduce your carbon footprint


Get your Electric Vehicle charge point installed by Aldridge Energy. Aldridge energy supply and install electric vehicle charge points in Halesworth, Suffolk and surrounding areas also covering East Anglia.

Electric vehicle charging equipment installations Electric vehicle charging equipment, also known as electric vehicle supply equipment (EVSE), is a piece of fixed electrical equipment which is connected to a mains electricity supply and provides energy to recharge the traction batteries of electrically propelled road vehicles.

Two main charging systems have been developed: an AC charging system, and a DC charging system. Depending on the capacity of the charging equipment, the new AC charging systems allow charging from 16A to 70A (single phase) or up to 63A (three phase). The DC charging systems allow charging at even higher currents and voltages. These two charging systems are intended to complement one another, with each being more suitable for different usages.

At Aldridge energy we provide and install charging equipment for domestic, on-street, commercial and industrial systems, for 1, 2, 3 and 4 modes.

We supply and install charging point manufacturers such as Chargemaster, Elektromotive and Pod Point.

Most types of electric vehicle charging equipment are designed to supply AC electrical current to the vehicle (mode 1, 2 or 3 charging). The vehicle then converts this AC electrical input into DC via an on-board rectifier which is permanently installed in the vehicle. AC charging equipment tends to be either in the form of ‘charging posts’ or wall-mounted charging units, and comes in a variety of current ratings, e.g. 13A, 16A, or 32A. Some types of electric vehicle charging equipment are designed to supply a DC input to the vehicle (Mode 4 charging). These types of charger use internal rectifiers to convert an AC supply input into DC. This DC. electrical output is then supplied to the vehicle and used to directly charge the vehicle’s battery/batteries.

If you would like more information about these manufacturers please visit their websites.

Solar iBoost (for your hot water)

Uses your PV array to give you FREE hot water!

The Solar iBoost concept is to use the surplus photovoltaic energy generated at your home to heat the water in your household water tank and save you money. You will benefit from

  • l Maximising the use of the free solar energy generated at your property
  • l Cutting the cost of heating your water
  • l Reduced use of your boiler

Solar iBoost uses ONLY energy that would be exported, unlike some similar products, so you take the opportunity to use as much of the free energy that, unless you have an export meter, you are paid for anyway!

We’ve designed the easiest to fit, use and monitor device, enabling you to enjoy even more financial benefits from your PV solar investment.

Here’s how a typical household will see the benefit of Solar iBoost: In a household with a PV array generating a 2kW surplus, just 2.5 hours is needed to raise a 100ltr tank temperature from 20 ˚C to 60˚C giving a saving of approximately £0.50 per day based on average energy prices. (Feb 2013).

Vo4 and Solar Working Together

UVO4 is a voltage optimisation system for homes and small business premises designed to optimise the incoming voltage supplied to a building.

By optimising the voltage, users benefit from a reduction in energy consumption, savings on electricity bills and reduced wear on appliances.

  • A reduction in the overall energy use of the property
  • As systems use the solar PV generated electricity first this means a reduced bill for imported electricity
  • Reduced voltage to the inverter, thus reducing heat build up in the inverter
  • Increased lifespan of the inverter
  • Reduced wear and tear on appliances, resulting in longer service life; especially when using the power from the PV array which is higher than the mains voltage
  • Reduced cut-out frequency
  • Simple retrofit process for solar PV systems
  • Reduced build up heat and consequent losses
  • Reduced overall electricity use


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