Project Showcase

Where Heritage Meets Sustainability

This solar PV and battery storage project at the Walled Garden in Baumber was designed to provide renewable energy for a unique 4-acre heritage garden, reducing energy costs while supporting sustainable land and property management.

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The Project

PV Manufacturer	JA Solar & SolarEdge
PV System Size	10.92 kWp
Battery Storage Product	SolarEdge Home
Battery Storage System Size	18.4 kWh
Location	Horncastle, Lincolnshire
Sectors	Commercial, Tourism & Leisure
Year Installed	2023

Reducing the business electric bill by around 60% pa.

Having previously worked with Dave Elton on his own property, he approached us to design a solar PV and battery system for his business at the Walled Garden, Baumber. Following a site survey and a review of his energy bills, we designed a 10.92 kWp PV system incorporating SolarEdge optimisers and a three-phase battery system.

Derrick Denton, Director

UK Alternative Energy

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Alternative Energy Tech Used

The Problem

The Walled Garden in Baumber wanted to improve the energy efficiency of its commercial premises while reducing long-term electricity costs. With rising energy prices affecting many businesses, the company decided to explore renewable energy solutions that could generate electricity on site while improving sustainability.

Commercial buildings often rely heavily on electricity for lighting, equipment, and daily operations. Increasing energy costs meant the organisation was looking for a solution that could reduce reliance on grid electricity while providing greater control over energy usage.

The Solution

Our team designed and installed a 10.92 kW solar PV system using JA Solar panels with SolarEdge inverter technology. To further improve energy efficiency, the system was paired with four SolarEdge Home 48V batteries providing 18.4 kWh of energy storage, allowing excess solar energy to be stored for later use.

The installation now generates renewable electricity and stores excess solar energy for use during peak demand. This provides greater energy independence while reducing operating costs and lowering the building’s carbon emissions.