Domestic heating & hot water
Boilers, cylinders, heat-loss assessment, emitter sizing, controls, balancing and system optimisation—engineered around the home, not simply the appliance.
What we do
Building systems, engineered properly
We design, deliver and optimise heating, cooling, ventilation, electrical and energy systems for homes and commercial buildings.
Our service pillars
Systems, not separate technologies
A building is an interconnected system. Our four service pillars bring every important element into one practical engineering strategy.
1
Mechanical Engineering
Heating, cooling, ventilation and hot water designed around the building’s real demand.
- Domestic and commercial heating
- Air conditioning and cooling
- Ventilation and MVHR
- Heat pumps and underfloor heating
2
Electrical & Energy
Electrical infrastructure and energy systems that support efficient, increasingly electrified buildings.
- Electrical engineering and safety
- Solar PV and battery storage — coming soon
- Energy monitoring and management
- EV and future electrical load planning
3
Controls & Intelligent Buildings
The control layer that helps every system respond to demand, occupancy and operating conditions.
- Heating and HVAC controls
- BMS and BEMS
- Building automation
- Remote monitoring and optimisation
4
Design & Consultancy
Independent engineering thinking from early assessment through design, delivery and commissioning.
- Surveys and feasibility
- Engineering and energy strategy
- Technical specifications
- Project management and commissioning
Mechanical engineering
Comfort, reliability and long-term performance
We design, install and optimise heating, cooling, hot water and ventilation systems with a focus on comfort, efficiency, reliability and long-term performance. Plant selection is only one part of the answer—heat demand, hydraulics, distribution, controls and commissioning matter just as much.
- Boiler and plantroom systems
- Domestic hot water
- Heat-loss assessment
- Air conditioning
- Ventilation and MVHR
- Hydraulic balancing
- Underfloor heating
- Servicing and maintenance
Connect and optimise
Make the building work as one
Modern buildings contain increasingly sophisticated heating, cooling, ventilation, electrical and renewable-energy systems. We design and integrate the control layer so those systems respond intelligently to occupancy, temperature, energy demand and operating conditions.
- Controls strategy
- BMS and BEMS
- Energy metering
- Plant sequencing
- Remote monitoring
- Fault diagnostics
- Performance optimisation
- Renewable integration
Specialist capabilities
Practical expertise across the building lifecycle
From individual systems to a complete building-energy strategy, our work connects assessment, design, installation, commissioning and ongoing optimisation.
Commercial heating & mechanical
Plantrooms, pumps, distribution, hot water, sequencing and maintenance designed for occupancy, operating hours and changing loads.
Air conditioning & cooling
Cooling matched to occupancy, heat gains, zoning, ventilation, controls and energy use—not simply more cooling capacity.
Ventilation & MVHR
Fresh-air systems designed around airflow, layout, pressure loss, acoustics, filtration, controls and proper commissioning.
Heat pumps & low-carbon heating
Heat-loss-led design, low-temperature emitters, hot-water integration, hydraulics, weather compensation and performance monitoring.
Energy & building performance
Surveys, monitoring and practical whole-building improvement plans that help reduce consumption and prepare for electrification.
Engineering optimisation
Controls reviews, BMS audits, hydraulic balancing, fault diagnosis and seasonal commissioning for systems that already exist.
Project management & delivery
Technical procurement, contractor coordination, design review, installation oversight, handover and performance verification.
Intelligent building automation
Automate your home or building with LOXONE
Bring lighting, heating, security, shading and energy management together in one adaptable control system—designed around how your building is actually used.
What does your building need to do better?
Tell us where you are now and where you want to get to.