Leisure park: 75% off-grid

Design of new energy operational set-up for off-grid , with scope to reduce energy imports by 75% ​

Background

During the design phase of a new holiday park for a major European firm, an alternative energy solution was explored to reduce reliance on conventional grid power. The goal was to mitigate exposure to fluctuating energy prices by developing a path towards energy independence for the leisure complex.

Solution

A combined biogas Combined Heat and Power and biomass heating system was proposed, using an on-site lake and woodland, and using biological waste and wastewater generated on-site. An anaerobic digestion plant would treat waste, generate biogas, and power the CHP system to meet most of the site’s energy needs. The woodland would be managed to supply biomass for heating, meeting over 80% of heat demand.

Outcomes

The proposed system was designed to achieve over 75% energy independence from the grid. On-site biogas and heat buffering, supported by water storage in the central lake, would secure a stable energy supply. Future phases included retrofitting solar panels to accommodate increased energy demand, with any additional energy supplied by imported gas.

Please note - this case study is one of several that highlights the collective experience of our team, drawing on projects completed prior to the formation of Beaverbrook Energy.