Bespoke Heat Pump Systems Ltd













Controls & Consulting for Plant Room Renewables Integration







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BHPS Ltd
Bespoke Heat Pump Systems Ltd provide:
    • Full equipment and full mechanical plant room control systems design, build and commissioning.
    • Renewables-integration for optimal overall energy harvesting.
    • Equipment and plant room controls are also fully integrated with any BMS or AV system installed by others.
    • BHP Systems Ltd does not provide AV or BMS services except for providing read/write access to equipment and plant room control points.
    • Comprehensive heat recovery heating and cooling plant room mechanicals design assistance.

Mechanical and Electrical Systems Design Guidance
  • Total integration of all renewables provides for maximal renewable energy harvesting.
  • A fully optimised heat pump system, achieving the highest degree of energy savings, should be configured and controlled for fully simultaneous heating and cooling heat recovery operation.

Heat Pump System Design Guidance
  • Heat Pump Systems (associated plant room equipment & services) selection and design guidance.
  • Systems commissioning methods guidance and witnessing.
  • Consultant's specification appraisals and interpretations made tangible for all stake holders.
  • Project task and commissioning schedules all derived from the specifications.
  • Technical and specifications arbitration services.
Controls for Plant Rooms and Renewables Integration
  • Programmable Logic Controllers (PLCs) and Programable Fieldbus Controllers (PFCs) for comprehensive plant room equipment control and monitoring with predictive maintenance algorithms.
  • Control functions are easily extended onto other renewables such as Solar Thermal, Solar PV, Wind and Wood obtaining full integration and thorough optimisation of all sustainable energy sources.
  • Pressurisation and rain water harvesting controlls all also PLC managed.
Training Days for HVACR/HP Professionals

  • The Kinetic theory of matter.
  • Physics of Fans and pumps.
  • Vapour compression theory.
  • Psychrometrics.
  • Vapor compression systems logging and log analyses.