Decant Savings Tool
Decants are one of the biggest avoidable costs in retrofit.
This tool helps councils and housing providers calculate how much money can be saved by using Add2Rad to avoid disruptive radiator swaps and unnecessary tenant moves.
🎯 Purpose
The Decant Savings Tool provides a fast, evidence-based way to estimate:
- How many decants can be avoided
- How much can be saved per home
- The overall financial impact across a programme
This supports SHDF business cases, procurement decisions and internal approvals.
📥 Inputs Required
To calculate the potential savings, enter:
- Number of potential decants under a traditional radiator-upgrade approach
- Cost per decant/home (including temporary accommodation, staff time, transport, cleaning, security)
- Expected decants with Add2Rad
- Usually zero or near-zero, depending on stock condition
These figures allow a clear before/after comparison.
📤 Outputs You’ll Receive
The tool will generate:
Decants Avoided
A breakdown showing:
- Total decants avoided
- Percentage reduction
Total Savings
The programme-level financial benefit based on avoided decants.
Per 100 Homes Summary
A standardised value that helps:
- Compare projects
- Build tender documents
- Support PAS 2035/Social Housing Decarbonisation Fund submissions
This summary is especially useful for design teams, senior management and commercial approvers.
🏛 Why This Matters for Housing Providers
Avoiding decants means:
- Less disruption for residents
- Lower capital and operational cost
- Faster rollout across estates
- Improved compliance with PAS 2035 occupant-protection requirements
- Fewer complaints and fewer failed installations
“Every avoided decant saves money, staff time and tenant stress.”
🔗 Related Pages
Use this tool alongside the Void Time Calculator to build a complete business-case picture for low-disruption emitter upgrades.
Decant Savings Calculator
Calculate how much you save by avoiding all tenant decants with Add2Rad.
Assumption: Add2Rad requires 0 decants — work is done in-home with residents present.