Central heating systems
Central heating systems for hospitals and healthcare facilities.
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About Project
A central heating system is a method of providing warmth to an entire building (or multiple buildings) from a single heat source, distributing the heat through a network. Instead of using separate heaters in each room, central heating ensures uniform, efficient, and controlled heating.
🔹 Main Components of Central Heating Systems
Heat Source
Boilers (oil, gas, biomass, or electric)
Heat pumps (air source or ground source)
Solar thermal systems (as supplementary)
Distribution System
Pipes carrying hot water (hydronic systems)
Ducts circulating warm air (forced-air systems)
Steam systems (less common today)
Heat Emitters
Radiators
Underfloor heating coils
Fan-coil units
Convectors
Controls
Thermostats, timers, and zoning controls for energy efficiency
🔹 Types of Central Heating
Hydronic (Hot Water) Systems – Most common; water heated in a boiler is circulated through pipes to radiators or underfloor heating.
Forced-Air Systems – Air is heated and distributed via ducts.
Steam Heating – Used in older buildings, less efficient now.
Renewable-Based Systems – Using biomass, solar thermal, or geothermal energy sources.
🔹 Advantages
✅ Uniform heating across all rooms
✅ High efficiency (especially with modern boilers or heat pumps)
✅ Can integrate with hot water supply
✅ Safer and cleaner compared to individual heaters
🔹 Applications
🏠 Residential Homes – Comfortable heating in cold climates
🏢 Commercial Buildings – Offices, malls, institutions
🏨 Hospitals & Hotels – Continuous and reliable heating
🏔️ High-Altitude & Cold Regions – Essential for extreme climates
Our Client’s Challenge
Our client needed a reliable and efficient heating solution for a facility located in a sub-zero, high-altitude region. Conventional heating methods failed to provide consistent warmth, consumed excessive energy, and required frequent maintenance. Ensuring comfort, safety, and energy efficiency was a major concern.
Our Approach
- Conducted a comprehensive thermal load study considering altitude, insulation, and weather conditions.
- Selected the most suitable boiler-based hydronic central heating system with insulated hot water pipelines.
- Integrated zoning and smart thermostat controls to allow flexibility and minimize energy wastage.
Solution Delivered
We implemented a high-capacity central heating system with radiators across all major areas, powered by a robust boiler system. The solution ensured:
Consistent heating even in extreme cold (-20°C and below)
Energy savings of up to 30% compared to older systems
Occupant comfort and safety maintained at all times
Scalable design for future expansion of the facility
