Energy Efficiency Engineering Belfast & Northern Ireland
BSH Limited provides energy efficiency engineering combining combined heat and power, heat recovery, absorption chilling, biomass and hydrogen-ready systems, integrated within pre-packaged plantrooms.
Energy Efficiency Engineering Belfast reflects BSH Limited's commitment to energy efficiency and future fuels. BSH can design combination fuelled systems that include heating, cooling, combined heat and power, domestic and control systems, with efficiency a central design principle.
BSH's energy efficiency engineering spans combined heat and power that captures waste heat, Yazaki absorption chilling that uses heat as its power source, biomass heating using the Atmos range, and hydrogen-ready systems connecting to BSH's future-fuels research.
BSH has received awards for creative designs featuring absorption chilling solutions, all demonstrated to reduce customers' carbon emissions, and holds the accolade for the largest trigeneration plant room in Europe in 2012, designed and built for Tesco in Naas, Co. Kildare, Ireland.
Heat recovery and CHP
Combined heat and power captures the heat that would otherwise be wasted during electricity generation, putting it to use for space heating, domestic hot water or process loads. This improves overall efficiency and reduces carbon emissions compared with generating heat and power separately.
Absorption chilling for low carbon cooling
BSH has been providing Yazaki absorption chilling technologies for decades. These chillers primarily utilise heat as their main power source, unlike most air conditioning equipment which use electric, making them a key provider of low carbon chilling for buildings or processes.
Biomass and future fuels
BSH's energy efficiency engineering includes biomass heating using the Atmos wood- and pellet-fuelled range, and hydrogen-ready systems. BSH is the only UK company to utilise four of Sime's boilers to use mixed gas hydrogen as a fuel, connecting efficiency engineering to future-fuels pathways.
Commercial applications
Where this service applies
- Buildings seeking to improve energy efficiency and reduce carbon
- Sites evaluating CHP, heat recovery or absorption chilling
- Organisations combining efficiency measures within one plantroom
- Premises planning a staged transition toward zero-emission heating
Benefits & considerations
What to consider
- CHP capturing waste heat to improve overall efficiency
- Absorption chilling using heat as its power source for low carbon cooling
- Biomass using renewable wood fuels when sustainably sourced
- Award-winning absorption chilling designs demonstrated to cut carbon
- Over 50 years of engineering expertise across three generations
Problem · Reaction · Solution
How BSH can help
Problem
Buildings seeking to improve energy efficiency face a choice between several technologies — CHP, heat recovery, absorption chilling, biomass and hydrogen-ready systems — each suited to different conditions. Selecting and integrating the right combination requires specialist engineering.
Reaction
A poorly chosen or uncoordinated efficiency measure can fail to deliver expected savings, or conflict with the building's other services. Facilities managers and consultants need a specialist who can design an integrated efficiency solution matched to the building's loads and goals.
Solution
BSH provides energy efficiency engineering combining CHP, heat recovery, absorption chilling, biomass and hydrogen-ready systems, integrated within pre-packaged plantrooms. Because the right solution depends on your building and goals, the next step is to discuss your requirements with BSH's engineers. Contact BSH to discuss your energy efficiency engineering project.
Questions & answers
Common commercial questions
Discuss your energy efficiency engineering project
Talk to BSH about CHP, heat recovery, absorption chilling, biomass and hydrogen-ready systems.
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