From concept to final investment decision with confidence
Built for teams that need flexibility
One platform, endless applications. Entropic is able to optimize any kind of energy system problem.
Project Developers
Consultants
Energy companies
Setup
Set up a scenario with AI
Generate a complete energy system using a prompt and by uploading files (flow sheets, drawings, etc). Our AI will design the topology and fill in parameters.
Start from templates
Choose from dozens of templates to spin up a scenario in seconds or save your own designs as templates to standardize how your whole team scopes projects.
Template library
Electrified process heat
Multi-energy hub
Add image
PV + Battery + Fleet Charging
More templates
Template library
Electrified process heat
Multi-energy hub
More templates
Create Equipment Models
Extend the technology library with your own equipment blocks, defining the governing formulas that are needed. This gives you the flexibility to build any energy system you want.
Decide
Review any scenario in full
Open any scenario and trace every result back to its inputs and assumptions. Review the full technical and financial case, and export it for your own reports.
Compare scenarios and run sensitivities
Put scenarios side by side and adjust parameters like energy prices or equipment sizing to see how ROI and performance shift. So you know how robust a design is before you make an investment decisions.
Minute resolution over 20 year horizon
Simulate operations at every minute; part-load efficiencies, ramp rates, physical limits across a full 20-year horizon, so you see exactly how the investment performs over its lifetime.
Decide
Review any scenario in full
Open any scenario and trace every result back to its inputs and assumptions. Review the full technical and financial case, and export it for your own reports.
Compare scenarios and run sensitivities
Put scenarios side by side and adjust parameters like energy prices or equipment sizing to see how ROI and performance shift. So you know how robust a design is before you make an investment decisions.
Minute resolution over 20 year horizon
Simulate operations at every minute; part-load efficiencies, ramp rates, physical limits across a full 20-year horizon, so you see exactly how the investment performs over its lifetime.
Decide
Review scenario in full
Open any scenario and trace every result back to its inputs and assumptions. Review the full technical and financial case, and export it for your own reports.
Compare scenarios and run sensitivities
Put scenarios side by side and adjust parameters like energy prices or equipment sizing to see how ROI and performance shift. So you know how robust a design is before you make an investment decisions.
€
OPEX
Metric
Baseline
E-Boiler + TES
Total OPEX
3.73M
1.55M
CAPEX & Payback
Metric
Baseline
E-Boiler + TES
Total CAPEX
0
14.0M
LCOE
0.066
0.048
Savings
—
+2.18M
Simple Payback
—
6.4 yr
Discounted Payback
—
7.6 yr
Lifetime Cost (NPV)
46.5M
33.3M
EAEDF0
Simulate
Optimize multi carrier systems
Our proprietary optimization algorithms optimize your assets; e-boilers, heat pumps, batteries, thermal storage; against fluctuating prices, co-optimizing electricity, heat and steam in a single model.
Include site and grid constraints
Include complex grid pricing structures and site-specific constraints like weather, grid connection capacity, and physical spacing.
Minute resolution over 20 year horizon
Simulate operations at every minute; part-load efficiencies, ramp rates, physical limits across a full 20-year horizon, so you see exactly how the investment performs over its lifetime.
From concept to final investment decision with confidence
From concept to final investment decision with confidence
Built for teams that need flexibility
One platform, endless applications. Entropic is able to optimize any kind of energy system problem.
Project Developers
Project Developers
Engineering Firms
Engineering Firms
Energy Companies
Energy Companies
Set up
Set up a scenario with AI
Generate a complete energy system using a prompt and by uploading files (flow sheets, drawings, etc). Our AI will design the topology and fill in parameters.
Build a energy model of my factory
Factory data.xlsx
Here is your energy model of your factory
501
502
503
504
505
507
506
508
Feed tank
Cooling
Pump
Separation vessel
Evaporator
Steam boiler
Dairy Factory
Commercial Building
Beer Brewery
District Heating
Chemical Factory
Data Center
Multi Energy Hub
Start from templates
Choose from dozens of templates to spin up a scenario in seconds or save your own designs as templates to standardize how your whole team scopes projects.
Create Equipment Models
Extend the technology library with your own equipment blocks, defining the governing formulas that are needed. This gives you the flexibility to build any energy system you want.
Simulate
Optimize multi-carrier systems
Our proprietary optimization algorithms optimize your assets; e-boilers, heat pumps, batteries, thermal storage; against fluctuating prices, co-optimizing electricity, heat and steam in a single model.
Include site and grid constraints
Include complex grid pricing structures and site-specific constraints like weather, grid connection capacity, and physical spacing.
Energy Capacity of Time
E-boiler Capacity
TES Capacity
Minute resolution over 20 year horizon
Simulate operations at every minute; part-load efficiencies, ramp rates, physical limits across a full 20-year horizon, so you see exactly how the investment performs over its lifetime.
Decide
Inputs
Thermal load
3.8 MW
Grid electricity price
€142/MWh
Operating hours
6 200 h/yr
Boiler efficiency
98.5%
Outputs
Heat delivered
23.6 GWh
Annual saving
€410k
CO₂ avoided
1 240 t/yr
Payback
4.1 yrs
Monthly heat output (GWh)
Jan – Dec
Review scenario in full
Open any scenario and trace every result back to its inputs and assumptions. Review the full technical and financial case, and export it for your own reports.
Compare scenarios and run sensitivities
Put scenarios side by side and adjust parameters like energy prices or equipment sizing to see how ROI and performance shift. So you know how robust a design is before you make an investment decisions.
€
OPEX
Metric
Baseline
E-Boiler + TES
Heat Pump
Total OPEX
3.73M
1.55M
2.15M
CAPEX & Payback
Metric
Baseline
E-Boiler + TES
Heat Pump
Total CAPEX
0
14.0M
6.13M
Lifetime Cost (NPV)
46.5M
33.3M
32.9M
LCOE
0.066
0.048
0.047
Savings vs Baseline
—
+2.18M
+1.59M
GOT QUESTIONS?
Everything you need to know
Discover quick and comprehensive answers to common questions about our platform, services, and features.
Who is the Entropic platform for?
What industries can the Entropic software be used for?
Is my data secure on your platform?
Do you offer support for onboarding new users?
GOT QUESTIONS?
Everything you need to know
Discover quick and comprehensive answers to common questions about our platform, services, and features.
What is included in the free trial?
What industries can the Entropic software be used for?
Who is the Entropic platform for?
Is my data secure on your platform?
Do you offer support for onboarding new users?
GET STARTED
If you have made it this far, just do it.
Start using Entropic and experience a new level of efficiency.
1. Generate site model
2. Run optimization simulation
3. Compare scenarios
GET STARTED
If you have made it this far, just do it.
Start using Entropic and experience a new level of efficiency.
GET STARTED
If you have made it this far, just do it.
Start using Entropic and experience a new level of efficiency.
1. Generate site model
2. Run optimization simulation
3. Compare scenarios
GET STARTED
If you have made it this far, just do it.
Start using Entropic and experience a new level of efficiency.
1. Generate site model
2. Run optimization simulation
3. Compare scenarios
