
Electrical Engineering Services Belfast & Northern Ireland
BSH Limited delivers electrical engineering services — HV and LV power supplies, control and hydrogen plant — that power and coordinate BSH's combination fuelled systems.
Electrical Engineering Services Belfast reflects BSH Limited's electrical engineering discipline across its heating, cooling and energy work. BSH designs combination fuelled systems that include heating, cooling, combined heat and power, domestic and control systems, and the electrical engineering is what powers and coordinates that plant.
BSH's electrical engineering includes industrial power supplies at HV and LV, the control systems that sequence the plant, and the power and control of hydrogen and electrolyser systems. This keeps the electrical scope consistent with the mechanical and process plant it feeds, rather than split across separate contractors.
The same discipline supports BSH's work on natural gas and hydrogen transportation designs and bespoke electrolyser power systems, so conventional and zero-emission energy plant are engineered within one coherent electrical and control approach.
HV and LV industrial power supplies
BSH's electrical engineering includes industrial power supplies at HV and LV — distribution, protection, metering and connection — so the power to the plant is designed with the plant it feeds. This avoids the integration gaps that arise when electrical and mechanical scopes are split across contractors.
Control systems that coordinate the plant
The electrical engineering scope covers the control systems that sequence heating, cooling, CHP and hydrogen plant as one combination fuelled system. Controls are designed with the plant so the services coordinate rather than compete, and so hydrogen and zero-emission plant can be sequenced through the same control approach.
Hydrogen and electrolyser power systems
BSH's electrical engineering includes bespoke electrolyser power systems and the power and control of natural gas and hydrogen transportation. This supports BSH's zero-emission work — hydrogen fuel cells, electrochemical compression and electrolysers — within the same engineering discipline as its conventional plant.
Commercial applications
Where this service applies
- Plantrooms needing HV and LV power supplies
- Combination fuelled systems needing coordinated controls
- Hydrogen and electrolyser plant requiring power and control
- Projects needing electrical and mechanical engineering in one scope
Benefits & considerations
What to consider
- HV and LV power supplies designed with the plant they feed
- Controls that sequence heating, cooling, CHP and hydrogen plant
- Hydrogen and electrolyser power within one electrical discipline
- Over 50 years of engineering expertise across three generations
Problem · Reaction · Solution
How BSH can help
Problem
Splitting the electrical scope from the mechanical plant creates integration gaps at the interfaces between power, control and equipment, and leaves the control system to be retrofitted after installation. Where hydrogen or electrolyser plant is then added, its power and control have to be shoehorned into an electrical scheme that was never designed for them.
Reaction
Split electrical and mechanical scopes raise cost, integration risk and running costs, and make a building harder to commission and manage. Building owners, contractors and consultants need an engineering partner who delivers the electrical and control scope with the plant, rather than across separate contractors.
Solution
BSH delivers electrical engineering services — HV and LV power supplies, control and hydrogen plant engineering — within combination fuelled systems. Because the right electrical scope depends on your plant, the next step is to discuss your requirements with BSH's engineers. Contact BSH to discuss your electrical engineering services project.
Questions & answers
Common commercial questions
Discuss your electrical engineering services project
Talk to BSH about delivering HV and LV power supplies, control and hydrogen plant engineering within one combination fuelled system.
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