£295 For Installers · VAT
£295 For Installers · VAT
Independent Technical Review of Your Heat Pump System Design
Independent Technical Review of Your Heat Pump System Design
Independent Technical Review of Your Heat Pump System Design
Independent Technical Review of Your Heat Pump System Design
Already have a proposed design? Send it to us and we'll carry out a detailed technical review — validating your sizing, identifying any issues, and giving you the confidence to proceed with a design that's been independently checked.
Already have a proposed design? Send it to us and we'll carry out a detailed technical review — validating your sizing, identifying any issues, and giving you the confidence to proceed with a design that's been independently checked.
Already have a proposed design? Send it to us and we'll carry out a detailed technical review — validating your sizing, identifying any issues, and giving you the confidence to proceed with a design that's been independently checked.
THE PROBLEM THIS SOLVES
THE PROBLEM THIS SOLVES
THE PROBLEM THIS SOLVES
THE PROBLEM THIS SOLVES
THE PROBLEM THIS SOLVES
Design errors are the most common root cause of heat pump callbacks. A system that performs poorly from day one — failing to heat the home adequately, running constantly, or producing high electricity bills — almost always has a design fault behind it.
For installers, the consequences of a poor design include:
Repeated callouts to a property you've already been paid for
Customer complaints and negative reviews
Potential disputes about liability
The reputational cost of a system that doesn't work
Getting an independent review of your design before installation begins is the simplest way to catch problems early — when they're easy and cheap to fix.
Design errors are the most common root cause of heat pump callbacks. A system that performs poorly from day one — failing to heat the home adequately, running constantly, or producing high electricity bills — almost always has a design fault behind it.
For installers, the consequences of a poor design include:
Repeated callouts to a property you've already been paid for
Customer complaints and negative reviews
Potential disputes about liability
The reputational cost of a system that doesn't work
Getting an independent review of your design before installation begins is the simplest way to catch problems early — when they're easy and cheap to fix.
Design errors are the most common root cause of heat pump callbacks. A system that performs poorly from day one — failing to heat the home adequately, running constantly, or producing high electricity bills — almost always has a design fault behind it.
For installers, the consequences of a poor design include:
Repeated callouts to a property you've already been paid for
Customer complaints and negative reviews
Potential disputes about liability
The reputational cost of a system that doesn't work
Getting an independent review of your design before installation begins is the simplest way to catch problems early — when they're easy and cheap to fix.
Design errors are the most common root cause of heat pump callbacks. A system that performs poorly from day one — failing to heat the home adequately, running constantly, or producing high electricity bills — almost always has a design fault behind it.
For installers, the consequences of a poor design include:
Repeated callouts to a property you've already been paid for
Customer complaints and negative reviews
Potential disputes about liability
The reputational cost of a system that doesn't work
Getting an independent review of your design before installation begins is the simplest way to catch problems early — when they're easy and cheap to fix.
WHAT WE REVIEW
WHAT WE REVIEW
WHAT WE REVIEW
WHAT WE REVIEW
WHAT WE REVIEW
Heat loss calculation We review your heat loss methodology and output. We check whether the inputs are reasonable for the property type and whether the result aligns with what would be expected. We flag cases where the heat loss appears to have been estimated rather than properly calculated.
System sizing We check whether the heat pump model you've specified is appropriately sized relative to the heat loss. We consider both design conditions and part-load performance, and flag oversizing risks that will reduce seasonal efficiency.
Flow temperature targets We review the design flow temperature and check whether it's been set appropriately for the emitter types in the property. We also check whether weather compensation is specified and set correctly.
Radiator and emitter assessment We check whether existing or proposed radiators and underfloor circuits can deliver the required output at the design flow temperature. We flag any emitters that are likely to be undersized and will cause problems after installation.
Hydraulic layout We review the proposed pipework layout for flow rate adequacy, whether a buffer or low loss header is correctly specified, and whether the hydraulic design is appropriate for the heat pump model.
Cylinder and hot water design Cylinder sizing, coil sizing, immersion specification, and hot water flow strategy — checked against the property's demand profile.
Heat loss calculation We review your heat loss methodology and output. We check whether the inputs are reasonable for the property type and whether the result aligns with what would be expected. We flag cases where the heat loss appears to have been estimated rather than properly calculated.
System sizing We check whether the heat pump model you've specified is appropriately sized relative to the heat loss. We consider both design conditions and part-load performance, and flag oversizing risks that will reduce seasonal efficiency.
Flow temperature targets We review the design flow temperature and check whether it's been set appropriately for the emitter types in the property. We also check whether weather compensation is specified and set correctly.
Radiator and emitter assessment We check whether existing or proposed radiators and underfloor circuits can deliver the required output at the design flow temperature. We flag any emitters that are likely to be undersized and will cause problems after installation.
Hydraulic layout We review the proposed pipework layout for flow rate adequacy, whether a buffer or low loss header is correctly specified, and whether the hydraulic design is appropriate for the heat pump model.
Cylinder and hot water design Cylinder sizing, coil sizing, immersion specification, and hot water flow strategy — checked against the property's demand profile.
Heat loss calculation We review your heat loss methodology and output. We check whether the inputs are reasonable for the property type and whether the result aligns with what would be expected. We flag cases where the heat loss appears to have been estimated rather than properly calculated.
System sizing We check whether the heat pump model you've specified is appropriately sized relative to the heat loss. We consider both design conditions and part-load performance, and flag oversizing risks that will reduce seasonal efficiency.
Flow temperature targets We review the design flow temperature and check whether it's been set appropriately for the emitter types in the property. We also check whether weather compensation is specified and set correctly.
Radiator and emitter assessment We check whether existing or proposed radiators and underfloor circuits can deliver the required output at the design flow temperature. We flag any emitters that are likely to be undersized and will cause problems after installation.
Hydraulic layout We review the proposed pipework layout for flow rate adequacy, whether a buffer or low loss header is correctly specified, and whether the hydraulic design is appropriate for the heat pump model.
Cylinder and hot water design Cylinder sizing, coil sizing, immersion specification, and hot water flow strategy — checked against the property's demand profile.
Heat loss calculation We review your heat loss methodology and output. We check whether the inputs are reasonable for the property type and whether the result aligns with what would be expected. We flag cases where the heat loss appears to have been estimated rather than properly calculated.
System sizing We check whether the heat pump model you've specified is appropriately sized relative to the heat loss. We consider both design conditions and part-load performance, and flag oversizing risks that will reduce seasonal efficiency.
Flow temperature targets We review the design flow temperature and check whether it's been set appropriately for the emitter types in the property. We also check whether weather compensation is specified and set correctly.
Radiator and emitter assessment We check whether existing or proposed radiators and underfloor circuits can deliver the required output at the design flow temperature. We flag any emitters that are likely to be undersized and will cause problems after installation.
Hydraulic layout We review the proposed pipework layout for flow rate adequacy, whether a buffer or low loss header is correctly specified, and whether the hydraulic design is appropriate for the heat pump model.
Cylinder and hot water design Cylinder sizing, coil sizing, immersion specification, and hot water flow strategy — checked against the property's demand profile.
WHAT YOU RECEIVE
WHAT YOU RECEIVE
WHAT YOU RECEIVE
WHAT YOU RECEIVE
WHAT YOU RECEIVE
A written technical review document covering each of the above areas, with:
A written technical review document covering each of the above areas, with:
A written technical review document covering each of the above areas, with:
✔ Clear verdict on each element (satisfactory / requires attention / significant concern)
✔ Clear verdict on each element (satisfactory / requires attention / significant concern)
✔ Clear verdict on each element (satisfactory / requires attention / significant concern)
✔ Clear verdict on each element (satisfactory / requires attention / significant concern)
✔ Specific issues identified with explanation and recommended action
✔ Specific issues identified with explanation and recommended action
✔ Specific issues identified with explanation and recommended action
✔ Specific issues identified with explanation and recommended action
✔ Suggested amendments where problems are found
✔ Suggested amendments where problems are found
✔ Suggested amendments where problems are found
✔ Suggested amendments where problems are found
✔ Confirmation of MCS alignment indicators
✔ Confirmation of MCS alignment indicators
✔ Confirmation of MCS alignment indicators
✔ Confirmation of MCS alignment indicators
Delivered within 3–5 working days.
Delivered within 3–5 working days.
Delivered within 3–5 working days.
WHY USE AN INDEPENDENT REVIEW?
WHY USE AN INDEPENDENT REVIEW?
WHY USE AN INDEPENDENT REVIEW?
WHY USE AN INDEPENDENT REVIEW?
WHY USE AN INDEPENDENT REVIEW?
We are not an installation company. We don't compete for install work. We have no commercial interest in the outcome of your project other than giving you an accurate technical assessment. That independence is what makes the review useful — we will tell you if something is wrong, and we will tell you specifically what to change.
We are not an installation company. We don't compete for install work. We have no commercial interest in the outcome of your project other than giving you an accurate technical assessment. That independence is what makes the review useful — we will tell you if something is wrong, and we will tell you specifically what to change.
We are not an installation company. We don't compete for install work. We have no commercial interest in the outcome of your project other than giving you an accurate technical assessment. That independence is what makes the review useful — we will tell you if something is wrong, and we will tell you specifically what to change.
Contact Us
Not Sure If We Can Help?
Not Sure If We Can Help?
Not Sure If We Can Help?
Not Sure If We Can Help?
If you're unsure whether your heat pump problem can be diagnosed remotely, send us a short description of the issue and we’ll let you know if a technical review is worthwhile. No obligation.
If you're unsure whether your heat pump problem can be diagnosed remotely, send us a short description of the issue and we’ll let you know if a technical review is worthwhile. No obligation.
