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SAFE & RELIABLE

IP66 lockable enclosure with high quality protection device.

BUILT FOR FLEXIBILITY

Customisable for EV, solar PV, heat pumps and more.

FUTURE READY

Space for up to 10 modules to meet project needs.

QUALITY COMPONENTS

100A Main Switch, SPD, and complete protection options.

UK BUILT

Designed and manufactured in the UK.

Engineered for Renewable Energy Systems.

The Eco-ESS Combined Renewables Distribution Board is a grid board, purpose built to simplify installation and provide complete protection for renewable energy systems.

  • IP66 Lockable Enclosure
  • 100A Main Switch as standard
  • AC Surge Protection Device (SPD) with dedicated MCB
  • 6 Additional ways for protection devices including EV, Solar PV, and Heat Pump protection.

What is the enclosure made from and why does this matter?

The Eco-ESS Combined Renewables Distribution Board is housed in a robust powder-coated galvanised steel enclosure, giving it a strong durable finish designed for long term protection.

The galvanised steel helps protect against rust and corrosion, while the powder-coated finish provides an additional protective layer against weathering and everyday wear.

Combined with its IP66 rating, the enclosure is built to keep the important electrical components inside protected from dust, water and the elements making it suitable for demanding indoor and outdoor installations.

Frequently Asked Questions

Yes — combined distribution boards are engineered with segregated ways and protective device slots to safely distribute power and isolate each technology independently. 

Yes. Boards are typically configured with Type 2 SPD accommodation to protect against transient surges on renewables and EV circuits. 

EV chargers and PV systems require correct RCD protection (Type A) Heat pumps require Type B.

Yes — option boards can be supplied in IP66-rated enclosures are suitable for garages, utility spaces or external locations. Compliance with external installation standards (e.g., IP and mechanical protection) is determined on a per-model basis.