Sustainability is a key for the future of our planet. We are dedicated to helping preserve our planet by developing state-of-the-art water recycling and energy saving solutions. We are an innovation-driven company based in Southampton, developing state-of-the-art water recycling and energy saving solutions. Our Team is very experienced in the development of advanced sustainable solutions for buildings and developments, with a view to support the world leaders’ goal of NET ZERO cities and products. We have a team of distinguished designers and consultants (from both industry and academia) who are specialised in designing, developing and identifying sustainability solutions for buildings of different sizes and purposes. For each project, we develop tailored sustainability solutions with the highest possible water and energy efficiency at lowest possible costs.
EPC⁺ is a concept developed by CAESL in which we assess both energy and water performance of buildings. EPC⁺ identifies tailored sustainability solutions using Artificial Intelligence, leading up to 55% of energy and water savings. EPC⁺ is suitable for residential and non-residential buildings.
Becoming carbon neutral is not only good for the environment, but it can also help with your profitability. Our ‘Route to Net-Zero’ service helps clients manage their short-term and long-term carbon footprint reduction targets and develop strategies to limit the impact on climate change.
ESOS, standing for “Energy Saving Opportunity Scheme”, is an essential UK legislation that imposes obligations on large organisations. Failure to comply with ESOS can lead to substantial fines. To fulfil ESOS requirements, eligible organisations can choose one of two routes: (1) ISO 50001; and (2) ISO 50002.
Your satisfaction is our priority, and we guarantee you will be happy with our services.
We have built a strong reputation as a trusted provider of solar energy solutions, with a commitment to excellence.
We utilize high-efficiency solar panels from leading manufacturers to maximize energy production.