The Tech Behind Low-Energy Commercial Projects: The 5 Key Benefits

Doug Johnson

The Tech Behind Low-Energy Commercial Projects: The 5 Key Benefits

Incorporating low-energy solutions like solar PV, battery systems, and other energy-efficient technologies into commercial buildings offers several key benefits. We cover the top 5 in our latest blog.

Cost savings

One of the primary benefits of incorporating low-energy solutions is cost savings. By reducing reliance on traditional energy sources and optimising energy consumption, commercial buildings can significantly lower their energy bills over time. Solar PV systems generate electricity from the sun for free, reducing the need to purchase electricity from the grid. Battery systems help store and optimise the use of this generated energy, further reducing demand charges and off-peak electricity rates. By investing in energy-efficient technologies, businesses can experience long-term cost savings, which can positively impact their bottom line.

Environmental sustainability

Low-energy solutions contribute to environmental sustainability by reducing carbon emissions and dependence on fossil fuels. Solar PV systems generate clean electricity, resulting in a significant reduction in greenhouse gas emissions compared to traditional energy sources. By adopting renewable energy sources and implementing energy-efficient practices, commercial buildings can minimise their environmental footprint and contribute to a greener, more sustainable future.


Energy independence and resilience

Incorporating low-energy solutions enhances energy independence and resilience for commercial buildings. Solar PV systems combined with battery storage provide a level of energy self-sufficiency, reducing dependence on the grid and increasing energy security. During power outages or grid disruptions, battery systems can provide backup power, ensuring critical operations continue uninterrupted. This enhanced energy independence and resilience can be particularly valuable for businesses that require continuous power supply or operate in areas with unreliable grids.


Power lines and steel transmission towers against a clear blue sky

Improved building value and marketability

Commercial buildings that incorporate low- energy solutions often gain increased value and marketability. Energy-efficient and sustainable buildings are increasingly sought after by tenants, investors, and customers who prioritise environmental responsibility and operational cost savings. Green building certifications, such as LEED (Leadership in Energy and Environmental Design) or BREEAM (Building Research Establishment Environmental Assessment Method), can further enhance a building's reputation and market appeal.

Regulatory compliance and incentives

Incorporating low-energy solutions helps commercial buildings comply with energy efficiency regulations and sustainability standards. The UK is tightening up on the EPC ratings of commercial buildings and have implemented energy regulations (most notable MEES: Minimum Energy Efficiency Standards) that requires let buildings to meet specific energy efficiency criteria. By integrating energy- efficient technologies, businesses can ensure compliance and avoid penalties. Additionally, various financial incentives, such as tax credits, grants, or rebates, are often available to support the adoption of low-energy solutions. Taking advantage of these incentives can further offset the initial investment and accelerate the return on investment for energy-efficient upgrades.


In conclusion

The key benefits of incorporating low-energy solutions into commercial buildings include cost savings, environmental sustainability, energy independence and resilience, improved building value and marketability, as well as compliance with regulations and access to incentives. These advantages make a compelling case for businesses to invest in energy-efficient technologies, look beyond capital cost alone and embrace sustainable practices. To understand more about the technology that can be applied to your next low-energy commercial project, get in touch with Mesh today.

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15 June 2026
Building performance specialist Mesh has completed a building services design project for a new flagship art gallery in Savile Row – Sadie Coles HQ. The six-storey Grade II listed Georgian townhouse in London’s Mayfair, which dates back to the 1730s, has been fully restored and transformed by lead contractor Work Ltd, to create a unique space for contemporary art. The building, once home to the Burlington Fine Arts Club in the 19th century, had been bomb damaged in World War II and used as offices post-war. It has now been sensitively reinstated as a space for artists to exhibit their work in a part of London which has a long association with contemporary art. The key aim of this extensive refurbishment project was to work to a fast-track programme for the gallery’s opening to coincide with the Frieze Art Fair. Mesh was appointed to develop a holistic MEP building services strategy, from concept through to detailed design, and in keeping with the character and constraints of this heritage building. Enhanced control of the internal environment was required to maintain visitor comfort all year round and in the context of continually fluctuating occupancy levels, including events for up to 200 people. Working within a Grade II listed building required a highly considered approach at every stage – historic architectural features were revealed and restored internally and externally, and extensive structural improvements were required to accommodate art loadings. These factors had to be reflected in the services design and specification. Mesh used dynamic thermal modelling for different scenarios of use to understand the heating and cooling loads required and to allow the services to be accurately sized for each room or gallery. Two priorities were cooling and for each area to be individually controlled according to occupancy levels. Discrete but robust heating and cooling provision was designed for the gallery areas and the MEP services were concealed in void spaces to avoid impacting on the architectural features of the building or the layout of the galleries. Plant and equipment had to be sited in compliance with stringent planning requirements, which limited the number, size, position and visual impact of the external units. Passive measures were introduced to reduce energy consumption and included actuated openable rooflights in a glazed lantern to purge warm air during the day and reduce the reliance on the active cooling system. Giles Reid, Giles Reid Architects: “The new gallery has succeeded in its ambition – to reaffirm that London has an important position in the global art world. This was a complex project which had to be delivered in just nine months from planning approval for the fixed deadline for opening, and despite having to carry out extensive structural alterations. The building is performing well from a services perspective, including at the opening event which was attended by around 800 guests. The M&E design in contemporary art spaces like this must never detract, visually or acoustically, from the art being exhibited and this has been successfully achieved. This is a fantastic statement building which has been acclaimed and the Client is thrilled. It is a credit to everyone involved that this historic building has been brought back into use for contemporary art.” Doug Johnson, Founding Director of Mesh: “This project demonstrates exactly what intelligent building services engineering should deliver – an integrated, high-performance solution to deliver year-round-comfort for visitors and users of the building whilst maintaining a clean aesthetic. Working within a Grade II listed building with complex planning restrictions required genuinely creative engineering rather than a conventional response. We are really proud to have contributed to this outstanding building transformation.” The Project Team: Client: Sadie Coles HQ Lead contractor (design and delivery): Work Ltd Architectural partner: Giles Reid Architects MEP design / building performance: Mesh About Mesh Mesh offers a range of design and engineering services to help organisations in the public and private sectors to improve the energy efficiency of new and existing buildings, housing and estates. This includes support for architects; planning; thermal modelling and overheating analyses; carbon reduction strategies; feasibility studies for renewable technologies; MEP design, and regulatory compliance. Architectural images - Joseph Asghar
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