Estimate your energy savings with the energy savings calculator
Energy savings calculation: estimate in seconds the savings you can achieve on your networks (steam, hot water, thermal fluids). Quickly identify energy losses in your installations and discover the optimisation potential with high-performance thermal insulation.
Try our energy savings calculator for free
Simulate your savings now
Paramètres techniques
Renseignez les données de base de votre installation pour calibrer le calcul thermique.
💡 La résistance thermique du matelas est calculée automatiquement en fonction de la température du fluide. L'épaisseur par défaut est 60 mm (laine de verre).
Points singuliers — Filetage
Indiquez le nombre de raccords sur filetage par DN présents dans votre installation. Laissez 0 si non concerné.
| DN | Ø extérieur (mm) | Nombre de PS |
|---|---|---|
| DN 15 | 21 | |
| DN 20 | 27 | |
| DN 25 | 34 | |
| DN 32 | 42 | |
| DN 40 | 49 | |
| DN 50 | 60 | |
| DN 65 | 76 | |
| DN 80 | 90 | |
| DN 100 | 114 | |
| DN 125 | 140 | |
| DN 150 | 168 |
Points singuliers — Brides
Indiquez le nombre de raccords sur brides par DN présents dans votre installation. Laissez 0 si non concerné.
| DN | Ø bride (mm) | Nombre de PS |
|---|---|---|
| DN 15 | 95 | |
| DN 20 | 105 | |
| DN 25 | 115 | |
| DN 32 | 140 | |
| DN 40 | 150 | |
| DN 50 | 165 | |
| DN 65 | 185 | |
| DN 80 | 200 | |
| DN 100 | 220 | |
| DN 125 | 250 | |
| DN 150 | 285 |
Points spécifiques
Renseignez les équipements à géométrie particulière présents dans votre chaufferie.
Vos résultats
Renseignez votre email pour recevoir le rapport détaillé de votre bilan d'économies.
Détail par catégorie
Paramètres utilisés
Notre équipe vous accompagne
Un expert Calomatech prendra contact avec vous pour affiner votre projet d'isolation.
14120 Mondeville, Normandie
A reliable estimate based on real data: energy savings calculation
A tool co-developed with energy performance experts
This energy savings calculator was co-developed in partnership with Isokap, our specialist engineering consultancy partner in industrial energy audits, energy management and decarbonisation.
It supports companies and local authorities in optimising their energy performance and reducing their costs and carbon footprint.
Thanks to the expertise of its founder, Flavien Picot, we were able to develop a reliable, accurate tool tailored to real-world operational challenges.
This collaboration enables us to provide a relevant estimate, based on real data and a proven technical approach to calculating energy savings.
how to optimise your heat losses
Energy savings calculator
In industry, heat losses represent an invisible but major cost.
Networks or uninsulated or poorly insulated critical points can generate up to 24% energy losses across an entire installation.
Our tool enables you to:
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Assess your current energy losses
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Estimate savings after insulation
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Prioritise actions with a high return on investment
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Justify your energy efficiency projects
Methodology
How does the calculator work?
The energy savings calculation is based on analysing the key parameters of your installation:
Parameters taken into account:
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Fluid temperature
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Network type (steam, hot water, etc.)
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Equipment diameter and length
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Environment (indoor / outdoor)
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Current insulation level
This data is used to estimate heat losses and potential gains after implementing a suitable insulation solution.
A performance-based approach
HEAT LOSSES
Heat losses are directly linked to the temperature difference between the fluid and the environment, as well as the thermal conductivity of the materials.
ENERGY OPTIMISATION
Adding suitable insulation drastically reduces these losses by limiting heat transfer.
RESULTS
You receive a clear estimate:
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Energy savings (kWh)
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Financial savings (€)
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Reduction in CO₂ emissions
A single poorly insulated valve can represent several hundred euros in losses per year.
energy savings calculation
Where are the biggest gains?
The biggest energy savings are generally found on critical points. These elements can generate losses equivalent to several metres of uninsulated piping.
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Valves
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Flanges
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Filters
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Steam traps
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Pumps
Because every industrial installation has its own specificities
A quick estimate… and a precise on-site assessment
Technical study
and on-site measurements
3D design of the mattresses
Made-to-measure
in our Normandy factory
Shipping and tracking
worldwide
Installation and fitting
to our customers
custom-made insulating mattresses
Up to 24% energy savings on your networks
Thermal insulation of critical points enables:
- 12% to 24% overall energy savings on a network
- A reduction in ambient temperature of up to 7°C
- Lower air conditioning costs
- Improved working conditions
a direct lever for efficiency
Optimization of industrial performance
Beyond cost savings, thermal insulation also enables:
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Stabilize process temperatures
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Secure installations (reduced risk of burns)
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Improve equipment lifespan and durability
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Reduce your carbon footprint
You can now estimate your potential savings on your equipment and networks using our tool: energy savings calculator.
FAQS
What is an insulating blanket?
The benefits of insulating blankets
- Quick to fit: Made to the dimensions and profile of the room, the insulation blanket can be fitted in a matter of seconds.
- Easy to dismantle: Likewise, it can be dismantled in a fraction of a second, so you can improve your valve maintenance times.
- Clean: The insulation blanket does not give off dust or bits of flying insulation wool when it is dismantled.
- Lightweight: As it is made from wool and fabric, it can be easily handled by one person.
- The thickness of the thermal insulation: Its flexibility makes it easier to slide the mat between a wall and a singular point where the spacing is small. This means you can isolate a larger number of points.
What parts should be fitted with an insulating blanket?
How do I choose an insulating mattress?
- Usage requirements (energy savings / anti-bulging solution)
- Environment: The location where the insulation blanket is installed plays a key role in selecting the appropriate materials. Indoors, within technical rooms, aggressive cleaning agents can damage standard insulation fabrics. That’s why we help you identify the right materials to use (such as PTFE or ATEX-certified fabrics). Conversely, for outdoor environments, weatherproof and UV-resistant fabrics are generally recommended.
- The type of fluid: The nature of the fluid (steam, hot water, superheated water and/or organic fluid) affects the thickness of the insulation in the insulating mattress.
- Temperature: The temperature of the fluid is also a determining factor in the thermal insulation of an insulation blanket. The temperature will make a pre-selection of the insulation to be used, but the technical characteristics and maximum temperature of use of the fabric must also be taken into account.
