Electrical Control Systems Belfast & Northern Ireland
BSH Limited designs the electrical control systems that sequence heating, cooling, combined heat and power and hydrogen plant as one coordinated combination fuelled system.
Electrical Control Systems Belfast reflects BSH Limited's control and electrical engineering discipline. BSH designs combination fuelled systems that include heating, cooling, combined heat and power, domestic and control systems, and the control system is what sequences that plant against real loads and outdoor conditions.
An electrical control system ties boilers, chillers, CHP, pumps and ventilation together through a central controller, so the services coordinate rather than compete. BSH designs the control strategy alongside the plant, rather than leaving controls to be retrofitted after installation, which is what captures the efficiency of an integrated system.
BSH's electrical and control depth also covers industrial power supplies at HV and LV, and the control of hydrogen and electrolyser plant — supporting BSH's work across conventional and zero-emission energy systems within the same engineering discipline.
Controls designed with the plant
Within combination fuelled systems that include heating, cooling, combined heat and power, domestic and control systems, the control strategy is specified alongside the plant. The central controller sequences boilers, chillers, CHP and ventilation against loads, outdoor conditions and tariffs, so the services cooperate rather than fight.
HV and LV electrical power supplies
BSH's engineering includes electrical industrial power supplies at HV and LV, so the control and distribution of power to the plant is part of the same design. This keeps the electrical and control systems consistent with the mechanical plant they feed, rather than split across separate contractors.
Controls for hydrogen and zero-emission plant
The same control discipline supports BSH's hydrogen and zero-emission work — including electrolyser power systems and the control of gas and hydrogen transport — so conventional and future-fuels plant are sequenced through one coherent control and electrical approach.
Commercial applications
Where this service applies
- Combination fuelled systems needing coordinated controls
- Sites needing HV and LV industrial power supplies
- Hydrogen and electrolyser plant requiring control and power
- Developments delivered through a pre-packaged plantroom
Benefits & considerations
What to consider
- Controls designed with the plant, not retrofitted
- HV and LV power supplies within the same engineering scope
- Hydrogen and zero-emission plant sequenced through one control approach
- Over 50 years of engineering expertise across three generations
Problem · Reaction · Solution
How BSH can help
Problem
When controls are retrofitted after the plant is installed, the services are left to compete — heating and cooling run simultaneously, ventilation is sized without reference to loads, and CHP runs against tariffs rather than loads. Splitting the electrical and control scope from the mechanical plant also creates integration gaps at the interfaces between power, control and equipment.
Reaction
Retrofitted controls and split electrical scopes raise running costs, waste energy and make a building hard to manage, and the hydrogen or zero-emission plant then has to be shoehorned into a control system that was never designed for it. Building owners and consultants need a specialist who designs the controls with the plant.
Solution
BSH designs the electrical control systems that sequence heating, cooling, CHP and hydrogen plant as one coordinated combination fuelled system, including HV and LV power supplies. Because the right control and electrical scope depends on your plant, the next step is to discuss your requirements with BSH's engineers. Contact BSH to discuss your electrical control systems project.
Questions & answers
Common commercial questions
Discuss your electrical control systems project
Talk to BSH about designing the controls — including HV and LV power — that sequence heating, cooling, CHP and hydrogen plant as one system.
Contact us