Smart Electrification for Industrial Sites
/ Decarbonize heat and steam in your industrial processes

Food Processing

Chemical

Pulp & Paper

Cement

Electrify your operations while keeping your energy costs and consumption under control.

Heat accounts for a significant share of energy consumption and emissions at many industrial sites.

Replacing some or all fossil fuels with an electric boiler can decarbonize steam generation and industrial processes—provided this new electrical load is managed intelligently.

Energy Pool designs and operates systems combining electric boilers, existing equipment and thermal storage.

During operation, our platform adjusts how these assets run according to production requirements, energy prices and grid constraints.
This makes it possible to combine decarbonization, competitiveness and operational continuity.

Why electrify your heat generation?

/ Tangible benefits

Improve the profitability of your projects

When equipment is eligible, its ability to adjust electricity consumption can be monetized on flexibility markets and contribute to the project’s overall financial performance.

Keep your energy costs under control

Through optimal system sizing and real-time multi-energy arbitrage, you can operate your assets according to process requirements, electricity prices, the cost of other energy sources and available storage capacity.

Reduce emissions from your processes

Replace fossil fuels with electricity to produce the heat or steam required by your site whenever this solution is technically and economically relevant.

Produce the right heat, using the right energy, at the right time

An electric boiler should not operate independently from the rest of the site.

Energy Pool coordinates heat-production equipment, utilities, storage and process constraints to continuously determine the optimal operating mode.

Our platform monitors site data, anticipates requirements and adjusts operating setpoints in real time.

Industrial production always remains the priority.

A virtuous cycle for decarbonizing your heat production

Intelligent control and monetisation of electrical flexibility

The control system continuously compares thermal requirements, the prices of different energy sources and equipment availability.

Operate the electric boiler during the most favorable periods.
Switch between the electric boiler and the existing boiler in a hybrid configuration.
Use thermal storage to shift electricity consumption and increase system flexibility.
Monetize eligible flexibility through the available markets.

Electrification solutions tailored to industrial heat

Electric boilers

Produce hot water or steam from electricity and reduce the use of gas or other fossil fuels.

Integrate the electric boiler into an existing steam or thermal network.
Operate it independently or in a hybrid configuration with a conventional boiler.
Benefit from rapid ramp-up capabilities suitable for flexible operation.

energy storage solutions

Battery Energy Storage System (BESS)
Thermal energy storage
Process battery

Other electrical processes

Depending on the required temperature and application, electrification can also involve heat pumps, electric furnaces, induction systems, resistance heating or drying equipment.

Synchronize your thermal requirements with available energy

Integrate on-site renewable energy production whenever relevant.
Combine energy supply contracts, power purchase agreements and market exposure according to your purchasing strategy.

A UNIQUE APPROACH
/ from consulting to operations

Design the right electrification system

Consulting and project management assistance

decarbonisation studies

Energy transition assessment, including an energy audit, decarbonization opportunity study and flexibility-potential analysis.
Definition of a decarbonization roadmap at group, site or process level.
Economic modelling of flexibility monetization, risk analysis and energy-purchasing strategies.

project implementation

Technical and economic feasibility studies.
Assistance with project financing.
Assistance for project implementation

Control and optimise

Energy optimisation platform

Real-time optimisation of the site’s energy use

Forecast thermal requirements and energy prices
Perform multi-energy arbitrage based on costs and constraints.
Coordinate the operation of the electric boiler, existing equipment and storage.
Account for production priorities and minimum operating thresholds.
Use a local controller to respond to unexpected site events in real time.
Monitor consumption, costs, emissions and performance through a dedicated dashboard.