Project Showcase

Next-Generation Home Energy

This domestic renewable energy project in Lincoln combines solar PV, a Tesla Powerwall 3 DC-coupled battery system, and a Panasonic air source heat pump to deliver high-efficiency, low-carbon energy and greater energy independence.

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The Project

PV Manufacturer	JA Solar & Tesla
PV System Size	6.72 kWp
Battery Storage Product	Tesla Powerwall 3
Battery Storage System Size	14 kWh
ASHP Manufacturer	Panasonic
ASHP System Size	7 kW
Location	Lincoln, Lincolnshire
Sector	Domestic
Year Installed	2024

Exactly what you’d want when making a big investment

UK Alternative Energy supported me from end to end with my install of a Tesla Powerwall 3 and 16 x Solar panels for my roof. During the process the expertise of not just the sales team but also the install team really shone through. I was kept informed all along and literally everything was done for me, including paperwork to allow me to sell spare units back to the grid. I cannot recommend these guys enough, they were consummate professionals and I would recommend them to anyone.

Howard Kirchen

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Alternative Energy Tech Used

The Problem

This residential renewable energy project in Lincoln was designed to help the homeowner reduce energy costs while improving the sustainability of their property. By combining solar energy generation, battery storage, and low-carbon heating, the system delivers a highly efficient home energy solution.

The homeowner wanted to reduce rising energy bills while improving the environmental performance of the property. They were looking for a system that could generate renewable electricity, store excess energy, and provide efficient heating.

The Solution

We installed a 6.72 kW solar PV system using JA Solar panels with Tesla technology, paired with a Tesla Powerwall 3 battery providing 14 kWh of energy storage. The system also includes a 7 kW Panasonic air source heat pump, delivering efficient renewable heating.

The installation now generates renewable electricity, stores solar energy for later use, and provides low-carbon heating for the home. This improves energy independence while reducing both electricity costs and carbon emissions.