Powering the World's Heaviest Industries
Power solutions from 500 kW to 300+ MW for steel, rolling mills, cement, mining, glass, and waste-to-energy. Systems certified CE, IEC, IEEE 519, EN 50160.
Steel & Electric Arc Furnaces
ArcPower Elite Sarcwise: the most advanced power supply system for electric arc furnaces.
Up to 80 MVA per Unit
Scalable power from 10 MW to 80 MVA, adaptable to any EAF size. SCR/IGBT hybrid topology.
15-20% Energy Savings
Power profile optimization reducing consumption from 350-700 kWh/ton and improving process thermal efficiency.
Containerized Deployment
Pre-assembled system in ISO 20/40 ft containers reducing installation time from months to 4-8 weeks.
Harmonic Compensation
Integrated active filtering meeting IEEE 519 and IEC 61000. Flicker reduction and grid disturbance mitigation.
Advanced Digital Control
Real-time regulation algorithms optimizing the electric arc and minimizing grid disturbances.
24/7 Remote Monitoring
Supervision platform with predictive diagnostics and remote technical support. CE, UKCA, IEC 62109-1 certified.
Rolling Mills & Lamination Trains
Power conversion and energy management for hot and cold rolling mill lines.
5-20 MW per Stand
Power drives for each rolling stand, with total installed power of 150-300 MW per complete line.
Active Harmonic Filtering
Thyristor drives generate 25-35% THDi. Our active filters reduce harmonics to IEEE 519 / EN 50160 limits.
Peak Shaving with Storage
Peak-to-average ratio of 2:1 to 4:1 in rolling. BESS storage for peak clipping — saving $2-6M/year in demand charges.
Regenerative Braking
10-25% energy recovery during deceleration. Capture systems returning energy to the grid or to storage.
DC-to-AC Drive Modernization
Replacement of obsolete DC drives with modern AC variable-frequency drives. Higher efficiency, lower maintenance, superior control.
Standards Compliance
CE, IEC 61800, IEEE 519 certified. Compatible with 6.6 kV to 36 kV grid connections.
Cement Industry
Emission control, power quality, and energy efficiency for cement plants.
ESP Power Supplies
Power supplies for electrostatic precipitators (ESP): emission control with high-frequency transformer-rectifiers and arc detection.
Plasma Gasification
Plasma torches for alternative fuels (MSW, tires, biomass). Reduction in fossil fuel use and fuel costs.
Power Quality for Crushers
Soft starters and reactive compensation for 2-10 MW mill and crusher motors. Elimination of startup disturbances.
Industrial Peak Shaving
BESS storage to manage demand peaks from crushers and mills. Reduction in contracted power costs.
EU CBAM Compliance
The EU Carbon Border Adjustment Mechanism increases costs for high-footprint cement. Electrification and efficiency as strategy.
Certifications
CE, IEC 60076, IEEE 519, EN 50160. Designs for dusty environments and extreme temperatures.
Mining & Non-Ferrous Metals
High-power rectifiers and power quality for aluminum smelting, copper refining, and ferroalloys.
Aluminum Smelting
Smelters of 200-1,000+ MW with 60-120 MVA rectifiers. Very high current DC supply (>300 kA) for electrolytic pot lines.
Copper Electrorefining
10-80 MW systems for electrowinning and electrorefining. Controlled rectifiers with high current stability for cathode quality.
Submerged Arc Furnaces (SAF)
Ferroalloys (FeSi, FeMn, FeCr) in 20-120 MW furnaces. Same power quality challenges as EAF — shared solutions with ArcPower.
Reactive Compensation
SVC/STATCOM for remote mines with weak grid connections. Voltage stabilization and power factor correction for fluctuating loads.
Remote Site Power
Hybrid solar + storage + generator solutions for mines without reliable grid connection. Industrial microgrids.
Certifications
CE, IEC 60146, IEEE 519, EN 50160. Designs for extreme altitudes and corrosive environments.
Glass Manufacturing
All-electric melting furnaces and the transition from natural gas for the glass industry.
All-Electric Melting Furnaces
Power supply for 5-40 MW furnaces with molybdenum or tin oxide electrodes. Systems for full-electric melting or electric boosting.
Transition from Gas
Progressive electrification of the melting process. Hybrid gas/electric systems as an intermediate step toward 100% electric melting.
Critical 24/7 Continuity
Glass furnaces operate continuously for 10-15 years. Power supply must have N+1 redundancy and industrial UPS.
Precise Temperature Control
Power regulation at 1,500 deg C with <0.5% variation. High-quality transformers and thyristors for process stability.
Energy Efficiency
Electric melting is 2-3x more efficient than gas. 80% CO2 emission reduction compared to natural gas.
Certifications
CE, IEC 60076, EN 50160. Designs for continuous operation with high availability (>99.5%).
Waste-to-Energy & Plasma Gasification
DC plasma torches for waste destruction and syngas energy generation.
DC Plasma Torches
DC power supplies for 0.5-6 MW plasma torches. Temperatures >5,000 deg C destroying any waste, including PFAS and hazardous materials.
PFAS Destruction
Plasma temperatures destroy "forever chemicals" (PFAS/PFOS) impossible to eliminate by other methods. Definitive pollution solution.
Containerized Modular Plants
Processing units of 5-50 ton/day in ISO containers. Rapid deployment for emergencies, military installations, or remote areas.
Syngas Recovery
High-value synthesis gas (H2 + CO) for power generation or chemical production. Inert vitrified slag as byproduct.
Environmental Regulation
Compliance with EU incineration directives (2010/75/EU). Near-zero emissions compared to conventional incineration.
Certifications
CE, IEC 62109, IEEE 519. Designs for continuous operation with corrosive gases.
Power Ranges by Sector
Your Industry is Unique. So is Your Solution.
Our engineering team analyzes your process, models your electrical demand, and designs the optimal power solution — from consultation to commissioning.
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