As one of the most established MCS approved Solar PV providers in the UK we have a proven track record with over 5000 installations.
Solar Panels
SMART Home
Appliances - ASHP - EV
Inverter
Battery Storage
Import Meter
Export Meter
MCS & Building control certification
Insurance backed warranty
DNO certification
Reduce your carbon emissions
Reduce fuel costs & secure against inflation
Integration for SMART homes & vehicles
Store surplus energy with batteries
Average return on investment; 5-7 years
The benefits of Solar PV
The energy from the sun is entirely free and abundant in supply! Anyone using a Solar PV system can access this power source, and with today’s advances in technology, this really makes it a sensible alternative to increasing energy bills.
Homes & businesses are saving money right now with this proven, yet simple, technology. You can join thousands of people who are saving energy today. Rest assured that we will always offer the best advice, backed by our quality installation guarantee.
The answer to your energy dependency is here
String Inverters
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Converts DC (Solar) to AC (Grid)
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Low installation cost
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Export payments (SEG)
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High return on investment
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Reliable
Hybrid Inverters
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Converts DC (Solar & Battery) to AC
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Stores DC power from Solar PV
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SMART management
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Export payments (SEG)
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Modular battery installation
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All in one Solar & battery solution
AC Coupled Inverters
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Converts AC to DC (Battery)
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Stores AC power from Solar PV
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Stores AC power from the grid
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SMART management
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All in one (inverter & battery)
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Low tariff charging
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Retrofit to existing PV system
How battery storage reduces your grid dependence
Including battery storage will reduce your grid dependence by an extra 29% compared with a PV only system. You should only need to buy 38% of your power from the grid.
62%
total reduction of grid dependence energy
*For guidance purposes only
How does Solar PV work
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PV systems use cells to convert sunlight into energy. The PV cell consists of one or two layers of a semi conducting material, usually silicon. When light shines directly on to the cells, it creates an electric field across the two layers and creates electricity to flow.
The greater the intensity of light, the greater
the electricity that is generated. The solar
panels gather the electricity (DC), this is
then converted to AC electricity via the
inverter.
Once converted, you are can use the
electricity or export it back to the grid.
Hybrid inverters allow the DC electricity to
be stored in batteries.
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