For an efficient, space-saving solution, the only way is Upton

With challenges such as financial demands and space constraints being a key consideration for many heating and hot water projects in school buildings, compact modular condensing boilers such as the Upton boiler from Hamworthy are a game changer. This space-saving modular boiler can efficiently deliver more than 1MW output on less than 1m² footprint.

Packing power and efficiency into a small space

When specifying a heating system, the first consideration should, without doubt, be the required kW output needed.  However, once this is calculated, plant room size and access are equally as important.  For projects in older buildings, where demands might vary or may have increased over time, there may be a need to increase boilers or boiler size.  This could be an issue for plant rooms where space is already quite tight, particularly if it means the boiler and ancillaries simply won’t fit the existing space.   Similarly, when it comes to modern buildings, plant room space is like gold dust. 

Compared to large high-output boilers, Upton modular condensing boiler modules make the most of valuable space.  Available as single modules, and pre-assembled in two or three high modules in up to 18 combinations with power outputs from 100kW to 1,050kW from less than one square meter foot, Upton boilers offer a flexible solution that makes the most of existing floor space.  

Upton boilers can also be easily separated and moved without the assistance of heavy-duty cranes or other expensive equipment.  Smaller and physically easier to handle than larger single boilers, they can also help to overcome restrictions, such as tight stairways, narrow doorways, and overhead obstructions. 

Cost reduction and energy savings

Unlike a single appliance which may struggle to provide heat efficiently to a large area, Upton boilers feature reliable built-in boiler sequence controls, enabling up to 16 boiler modules and hot water circuits to be set to work together in cascade or unison formation.

This means modulation can be shared across all units in the system.  As each module takes a percentage of the load, this prevents the inefficiencies of on/off cycling and ensures each boiler module can operate at optimum efficiency, at all times.  For instance, an Upton setup of six 100kW boilers arranged in a cascade will provide the same output as a single 600kW unit – however, it will provide a greater modulation rate because there is a greater maximum collective output, meaning the modulation ratio is increased.  This means there’s less need for each boiler to cycle on and off, saving valuable energy costs and reducing wear and tear over time.  In addition, overall NOx emissions are reduced due to less over-firing of the appliance.

Also incorporating an aluminium sectional l heat exchanger (with a 5-year warranty) for quick heat-up times, even heat distribution and maximum efficiency of up to 108%, Upton boilers are also fully compliant with the Energy Related Products Directive (ErP) and Building Regulations Part L.

Minimum disruption

In the unlikely event of a breakdown, the building can still be heated sufficiently by other modules in the system – if one module fails, the other modules will carry on working normally as the boilers run in a cascade operating configuration.  Furthermore, each boiler can be taken offline independently, without disrupting the continuation of supply during routine maintenance.  It’s also worth remembering that Upton boilers can be installed alongside an existing boiler.  This enables a smooth changeover from the old heating system to new with little or no system downtime.  

Conclusion

In today’s world of emission concerns, pressures to reduce cost and the need to achieve more with less, Upton boilers are superior in helping to reduce the energy consumption needed to meet the demands of a building. Delivering a constant and reliable heat supply, without the risk of disruption and unplanned downtime, Upton boilers can offer a cost-effective alternative to a traditional large single boiler.  Moreover, thanks to their small footprint and low CO2 and NOx emissions, they successfully reduce the space needed for heating equipment while lowering impact on the environment.

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