Our full-service approach proves offsite capability, cost certainty and deliverability. As a vested partner from start to finish, we can manage the entire process and supervise the supply chain. This ensures an even flow of homes and passes on the advantages provided by the economy of scale.
Better design and use of the best materials in the market provides exceptional thermal performance, allowing the construction of thinner walls, floors and roofs. We can therefore help optimise the amount of living space in a unit and maximise the number of dwellings in a development. Our service therefore offers HA’s a cost-effective way to provide more tenants with quality, healthy homes.
SMS delivers environmentally-friendly homes that take only a few kW’s to heat – removing the need for expensive, high-maintenance heating systems. This ‘fabric-first’ approach can provide significant capital savings and help HA’s achieve A-rated energy performance cost-effectively.
SMS provides a ground-breaking way for HAs to build durable new homes that will meet/exceed anticipated environmental building regulations. This is key, given that HA’s own their buildings for prolonged periods of time – it therefore makes commercial sense to pre-empt any regulatory developments and so avoid costly future upgrades.
Combating Fuel Poverty
SMS design reduces annual fuel bills and can therefore help combat fuel poverty. This also gives HAs the option to maximise rental returns, without raising the overall cost of living of their tenants.
Low Maintenance Costs
SMS designs and materials offer high performance, fit-and-forget environmental solutions that do not have the maintenance headaches and costs associated with renewable systems.
Quality of life
SMS designs can provide tenants with more floor space, a warm, comfortable and healthy home and a higher overall quality of life.
Low heating bills
Tenants can enjoy low annual energy bills due to class-leading thermal performance and air-tightness, helping deliver buildings that are exceptionally economical to heat.