Smart tools for faster retrofits
Move from intent to approved scope faster than ever. Use RetroFIT+ tools to assess in a few hours, validate with low-disruption diagnostics, and get specific measures with clear action steps.
RetroFIT+ Assessment Tool
Exclusive to RetroFIT+ Partners — turn existing building data into a ranked list of measures within hours, complete with savings and payback ranges, estimated downtime, and a device schedule. Use it to brief stakeholders.
Step 1: Input energy consumption
Enter recent HVAC energy data, operating hours, and basic site details.
Step 2: Assess current system
Analyse controls and hydronic systems to identify baseline issues and peak load.
Step 3: Review improvement proposals
Receive a list of measures with savings ranges. Apply directly or adjust scope and assumptions as needed.
Step 4: Add investment estimates
Enter the approximate investment per measure to calculate return on investment, break-even point, and internal rate of return ranges.
Step 5: Generate a decision-ready report
Receive a comprehensive package detailing expected energy savings, return on investment, payback period, internal rate of return, downtime, and associated risks.
Step 6: Download and share
Export the report for decision-makers, including all assumptions and a note on non-additive ranges.
Step 7: Win the project and implement
Move from report to standardised implementation with trend-verified handover.
More resources
RetroFIT+ Diagnostic Kit
Exclusive to RetroFIT+ Partners — non-invasive, temporary diagnostics that confirm retrofit potential and establish a new load profile within three weeks.
Step 1: Assess with the RetroFIT+ Assessment Tool
Create the baseline, define objectives, and select candidate measures.
Step 2: Install the diagnostic kit on-site
Attach clip-on sensors and gateways with minimal disruption; after-hours installation possible.
Step 3: Set up architecture and log for two weeks
Configure points in the tool, verify data quality, and run logging.
Step 4: Send data for automated report generation
Submit collected data to create the baseline, define objectives, and select candidate measures.
Step 5: Receive a detailed findings report
Get a comprehensive analysis highlighting system weaknesses, savings ranges, right-sizing impact, and recommended improvements.
Step 6: Share and decide
Download the report, brief decision-makers, and move forward with implementation.
More about the RetroFIT+ Diagnostic Kit
RetroFIT+ Product Replacement Tool
Quickly identify the ideal replacement for obsolete or defective actuators, valves, and sensors — whether Belimo or other brands. For ventilation or hydronic applications, modernisation projects, or system upgrades, the RetroFIT+ tool recommends the best-fit Belimo solution to ensure maximum reliability, performance, and quality.
Enter your parameters and get instant matches for compatible replacement parts.
How To...
Use the scan function
Submit a support request
Search by product name
Search by parameters
Search by measurements
Downloads
RetroFIT+ guides and checklists
RetroFIT+ Guide
Guide
6.23 MBApplication book – Air handling units (AHUs)
Application book
9.41 MBBrochure – Guidance document for indoor air quality
Brochure
2.55 MBCustom linkage data capture
Data collection for RetroFIT+ rotary valve adapters
Data capture form for rotary valve linkages
1.11 MBData collection for RetroFIT+ globe valve adapters
Data capture form for globe valve linkages
950 KBRetroFIT+ checklist – Water applications
RetroFIT+ Product Replacement Tool checklist – Hydronic applications
1.96 MBCorporate and insights
BELIMO Building Tomorrow
Building tomorrow — Trends transforming the building and HVAC industry by 2050
8.04 MBBrochure – The contribution of building technology to ESG targets
The contribution of building technology to ESG targets
3.48 MBBelimo talk: pressure-independent vs. pressure-dependent
Evolve your system to be pressure independent
Make your HVAC system ready for changing building demands. As spaces are renovated, extended, or used differently, hydronic systems need reliable flow control to keep comfort high and energy use low.
Belimo pressure-independent valve solutions help ensure efficient energy distribution, stable control, and greater transparency. From compact PIQCV valves to EPIV with real-time flow measurement and the Energy Valve for energy optimization and documentation, Belimo offers the right solution to improve hydronic performance.