Heat Recovery Ventilation & Home Comfort Systems in Edinburgh
Professional Heat Recovery Ventilation Systems
Globovac Ltd provides professional MVHR installation services across Edinburgh, supporting healthier and more energy-efficient indoor environments. Mechanical Ventilation with Heat Recovery systems are designed to supply continuous fresh air while retaining heat that would otherwise be lost through traditional ventilation methods.
Our MVHR installation service is ideal for modern homes, new builds, and well-insulated properties where airflow control is essential. By removing stale air and replacing it with filtered fresh air, MVHR systems help reduce condensation, control humidity, and improve overall indoor air quality. This contributes to a more comfortable living space and supports long-term building performance.
Efficient and Comfortable Heating Solutions
Globovac Ltd supplies and installs electric underfloor heating systems for properties throughout Edinburgh. This modern heating solution provides even warmth across the floor surface, creating a comfortable indoor environment without the need for radiators or visible heating units.
Electric underfloor heating works particularly well in kitchens, bathrooms, and open-plan living areas, but it can also be used throughout entire properties. The system distributes heat evenly, helping maintain consistent temperatures while supporting efficient energy use. It is well suited to both renovation projects and new build developments.
Built-In Cleaning for Healthier Homes
Globovac Ltd installs central vacuum systems that offer powerful, low-noise cleaning solutions for homes across Edinburgh. Unlike traditional portable vacuums, central vacuum systems are built into the property, with a single motor unit located away from living areas.
Central vacuum systems help improve indoor air quality by removing dust and allergens directly from the home rather than recirculating them. This makes them an excellent choice for households seeking cleaner living spaces and reduced airborne particles.