Renewable Energy Engineering Belfast & Northern Ireland
BSH is committed to energy efficiency and helping reduce carbon emissions across the UK and Ireland through future fuels including hydrogen, biomass, absorption chilling and zero-emission heating.
Renewable Energy Engineering Belfast reflects BSH Limited's commitment to energy efficiency and helping reduce carbon emissions across the UK and Ireland. BSH promotes the use of future fuels, including hydrogen, alongside established renewable technologies such as biomass and absorption chilling.
BSH's renewable engineering spans biomass heating systems using wood and pellet boilers, absorption chilling that uses heat rather than electricity as its main power source, and hydrogen research including fuel cells and electrochemical hydrogen compression. These capabilities sit within a wider mechanical and electrical engineering practice.
BSH's consultancy specialisms include hydrogen technology and energy conservation, future electric and heating/cooling energies, biomass heating designs, zero-emission steam systems, and zero-emission H2P hydrogen-to-power at grid scale — demonstrating the breadth of its renewable energy engineering focus.
Renewable and energy-efficient engineering
BSH's renewable engineering covers technologies that reduce reliance on conventional fossil fuels. This includes biomass heating using wood and pellet fuels, absorption chilling powered by heat rather than electricity, and hydrogen-based future-fuels research. Each is considered in the context of the building's real energy requirements.
Absorption chilling
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 uses electricity, making them a key provider of low-carbon chilling for buildings or processes. BSH has received awards for creative designs featuring absorption chilling solutions demonstrated to reduce customers' carbon emissions.
Hydrogen and future fuels
Hydrogen as a future fuel has been a core focus of BSH for a number of years, including the Penta hydrogen fuel cell system and electrochemical hydrogen compression. BSH's consultancy also covers zero-emission steam systems for steam boiler replacement and zero-emission H2P hydrogen-to-power at grid scale. These are presented as research and development areas, distinct from BSH's established commercial capabilities.
Commercial applications
Where this service applies
- Commercial and industrial sites pursuing decarbonisation strategies
- Buildings needing low-carbon cooling through absorption chilling
- Projects evaluating biomass as a renewable heat source
- Organisations researching hydrogen and future-fuels pathways
Benefits & considerations
What to consider
- Absorption chilling uses heat as its main power source, lowering electrical cooling load
- Biomass uses renewable wood fuels when sustainably sourced
- Hydrogen research supports long-term zero-emission goals
- Renewable options can be integrated with BSH's plantroom and heating expertise
- BSH has received awards for absorption chilling designs that reduced carbon emissions
Problem · Reaction · Solution
How BSH can help
Problem
Organisations under pressure to reduce carbon emissions often struggle to identify which renewable technologies genuinely suit their buildings and processes. The range of options — biomass, absorption chilling, hydrogen, zero-emission steam, hydrogen-to-power — can be difficult to evaluate without specialist engineering input, and some technologies are more mature than others.
Reaction
Choosing the wrong renewable technology, or applying a developing technology where a mature one is needed, can lead to poor performance, wasted investment or unmet decarbonisation goals. Facilities managers and consultants need an engineering partner who can distinguish established renewable solutions from research-stage future fuels and design accordingly.
Solution
BSH provides renewable energy engineering across biomass, absorption chilling and hydrogen, clearly distinguishing established capabilities from research and development. Because the right approach depends on your building, loads and goals, the next step is to discuss your requirements with BSH's engineers. Contact BSH to discuss your renewable energy engineering project.
Questions & answers
Common commercial questions
Discuss your renewable energy project
Talk to BSH about biomass, absorption chilling and hydrogen as part of your renewable energy engineering strategy.
Contact us