Electric Steam & Thermal Oil Boilers
ENEVA electric steam and thermal oil boilers are modern, low-emission heating solutions that generate heat using electrical energy, either as an alternative to or in support of fuel-fired systems. They offer a strong alternative, especially in facilities where solar energy (PV), renewable sources, or low electricity costs are available.
- Direct heat generation using electrical energy
- Steam or thermal oil applications
- Low carbon emissions and silent operation
- Hybrid solutions integrated with fuel-fired systems
WHY ELECTRIC HEATING SYSTEMS?
Today, many industrial facilities determine their energy strategies not only based on fuel costs, but also on sustainability, carbon reduction, and operational flexibility.
- No need for chimney, burner, or fuel infrastructure
- No on-site emissions
- Fast commissioning and easy control
- Direct compatibility with PV and renewable energy sources
- Significant advantage for facilities with access to low-cost electricity
Electric systems can be preferred as the main heat source or as a peak load / backup system.
In electric boilers, heat is transferred directly to the fluid via resistance elements. Since there is no combustion process, the systems operate in a stable, clean, and precisely controlled manner.
- In electric steam boilers, feedwater is converted into steam using resistance heaters
- In electric thermal oil boilers, thermal oil is heated in a closed loop
- Fast response to load changes
- Design compatible with electrical infrastructure (transformer, panels, power quality)
- Hybrid solutions capable of operating in parallel with fuel-fired systems
- Load optimization through staged power control
The goal is not only to generate heat using electricity, but also to create the most economical and flexible operating scenario.
- Industrial facilities with PV investments
- Businesses with carbon emission restrictions
- Processes with low or variable steam demand
- Areas without fuel infrastructure or with limited space
- Backup or peak load steam / heat requirements
- Thermal capacity: 50 kW – 5 MW
- Heating type: Electric resistance
- Steam applications: Saturated or superheated steam up to 30 barg pressure
- Thermal oil applications: Up to 300 °C
- Staged or modulating power control
- Carbon steel or fully stainless steel construction
- Design compliant with relevant EN and PED directives
- Electrical safety and insulation measures
- Overtemperature and level safety systems
- PLC-based control and monitoring infrastructure
Let’s Define the Right Scenario for Electric-Based Heat Generation
If your facility has PV generation or access to advantageous electricity tariffs, let’s evaluate together with the ENEVA engineering team whether electric steam or thermal oil systems are suitable for you.
Let’s Evaluate Your Project