Power Factor Correction Belfast & Northern Ireland
BSH Limited designs power factor correction for commercial and industrial buildings, coordinating reactive power compensation with the heating, cooling and on-site power plant it delivers so the electrical supply runs efficiently.
Power Factor Correction Belfast reflects BSH Limited's electrical engineering discipline within a whole-plantroom project. BSH designs combination fuelled systems that include heating, cooling, combined heat and power, domestic and control systems as required — and power factor correction is what keeps the electrical supply running efficiently alongside that plant.
Because BSH carries HV and LV electrical capability, power factor correction is specified as part of the same package: the correction equipment is sized against the real reactive load of the motors, pumps and chillers rather than a generic estimate.
On a pre-packaged plantroom the correction is part of the off-site build, wired and tested in a controlled environment so it is ready to commission on connection rather than added after the plant is running.
Compensating reactive power from the plant
Power factor correction compensates the reactive power drawn by a building's motors, pumps and chillers so the electrical supply runs efficiently. On a combination fuelled system this includes the correction for CHP auxiliary loads, chiller motors and pump drives, sized against the real load rather than a generic figure.
Specified with the plant, not after it
Because BSH carries the mechanical and electrical scope together, power factor correction is part of the same engineering package. The correction is sized with the plant so it matches the real reactive load, rather than added after the plant is running and found to be over- or under-sized.
Built into a pre-packaged plantroom
Where the plantroom is pre-packaged, the power factor correction panel is built and tested during off-site fabrication, so on-site commissioning is rapid verification rather than first-time setup under time pressure.
Commercial applications
Where this service applies
- Commercial and industrial plantrooms with high reactive load
- Buildings combining CHP, chillers and pump drives
- Projects needing efficient electrical supply alongside mechanical plant
- Pre-packaged plantrooms with factory-tested correction panels
Benefits & considerations
What to consider
- Correction sized against the real reactive load
- Specified with the plant, not after it
- HV and LV capability in one engineering package
- Factory-tested correction for rapid on-site commissioning
Problem · Reaction · Solution
How BSH can help
Problem
When power factor correction is added after the mechanical and electrical plant is installed, it is sized against an estimate rather than the real reactive load. The correction is over- or under-sized, the supply runs inefficiently, and the building may incur reactive power charges that the correction was supposed to avoid.
Reaction
Facilities managers and building owners need power factor correction designed with the plant so the electrical supply runs efficiently from the outset. A correction scheme retrofitted to uncoordinated plant never quite matches the real load and leaves the operator paying for an inefficient supply.
Solution
BSH designs power factor correction as part of its combined mechanical and electrical delivery, so reactive power compensation is coordinated with the heating, cooling and on-site power plant from the outset. Because the right correction depends on your building and plant, the next step is to discuss your requirements with BSH's engineers. Contact BSH to discuss your power factor correction project.
Questions & answers
Common commercial questions
Discuss your power factor correction project
Talk to BSH about designing reactive power compensation for your heating, cooling and on-site power plant.
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