Amazon LBA8 – Sustainable Warehouse Heating Design

Deseco collaborated with Amazon UK Services to transform the heating system at their LBA8 warehouse into a fully renewable energy-powered solution. The project aimed to eliminate the use of natural gas for heating, replacing conventional gas-fired burners with a sustainable alternative that aligns with Amazon's commitment to achieving net-zero operations and their policy against using fossil fuels.

To achieve this, Deseco designed a system incorporating multiple CO2 commercial air source heat pumps powered by the warehouse's existing 2.5 MW solar PV array. This innovative integration maximized the use of renewable energy, significantly reducing reliance on external energy sources and enabling a self-sustaining heating system. By combining solar power with CO2-based heat pumps, the design demonstrated an advanced approach to achieving carbon neutrality in industrial operations.

A bespoke Building Management System (BMS) was developed specifically for this project, enabling real-time monitoring, automation, and optimisation of the heating system. The BMS dynamically adjusted system operations based on occupancy levels, weather conditions, and solar energy availability, ensuring maximum efficiency and minimal environmental impact.

The complete removal of gas-fired burners in favour of a renewable energy-powered heating solution is a pioneering step in warehouse operations, where gas heating is the conventional norm. This project highlights Amazon UK Services' dedication to environmental sustainability while setting a new standard for large-scale industrial facilities aiming to transition away from fossil fuels.

Deseco’s innovative design and tailored approach exemplify the potential for renewable energy integration in industrial applications, paving the way for sustainable practices in the logistics sector.