Optimise energy costs
Align tariff windows, demand profiles and storage capacity to assess potential savings.
Thermal storage is most valuable when its charge schedule, storage capacity and output are designed together with the site.
Align tariff windows, demand profiles and storage capacity to assess potential savings.
Coordinate storage with existing heat sources around your process requirements.
Convert renewable power into process heat and reduce fossil fuel dependence over time.

Use lower-cost or renewable electricity to heat molten salt. The stored energy passes through a heat exchanger to supply steam or hot water when required.

Designed for industrial sites with changing steam demand. The architecture supports controlled output and flexible operation.
Compact thermal modules can address distributed heat, building thermal management and waste heat recovery opportunities.
Combine heat and power storage with renewables, monitoring and operational controls in a coordinated site-wide design.
Coordinate generation, electrical storage and thermal demand around the same site.
Power flexibility from industrial sites to the grid.
C&I configurations include 125 kW / 261 kWh and 125 or 250 kW / 522 kWh liquid-cooled cabinets. Utility container options include 5.015 MWh and 7.03 MWh.
Connect renewable generation with the wider energy system.
Assess generation resources, grid access, site demand and storage together. The Minli portfolio includes wind engineering and tower manufacturing capabilities.
Containerised PV for power where it is needed.
Fold-out photovoltaic systems can serve temporary facilities, construction sites and remote operations. Array size, battery storage and backup are selected for the actual load.
Recover useful energy through a coordinated thermal process.
Engineering scope can cover combustion, heat recovery boilers, steam turbines, flue gas treatment and ash handling. Fuel characteristics and local permitting guide each design.
Share your steam demand, site location and energy profile with our team.