Charge, Convert & Control

Engineered for precise and reliable voltage transformation across a wide range of input and output levels. Designed for high power density, thermal stability, and efficiency, they ensure optimal performance in demanding industrial and research environments. Buck, boost, and buck-boost topologies, in single or multi-module configurations, serve solar, wind, and fuel-cell sources.

Input voltage

10 – 1,000 V DC (typical)

Output voltage

10 – 1,000 V DC (typical)

Power rating

100 W – 100 kW (typical)

Efficiency

> 98 %

• Up to 100 kW
• e.g. 800 V → 400 V
• Custom V / I / P
• Buck / boost / buck-boost

Reliable power conversion delivering stable pure sine-wave output across a wide range of input voltages and frequencies. Built for efficiency, precision, and durability — ideal for general-purpose and specialized industrial use. Available as grid, island, and hybrid types.

Input voltage

12 – 600 V DC

Output voltage / frequency

110 – 230 V AC / 50 – 60 Hz

Power rating

100 W – 60 kW

Efficiency

95 – 99 %, depending on the application

• Pure sine-wave
• Wide input V & frequency
• Custom configurations
• Grid / island / hybrid

Reliable, efficient energy transfer from grid, fuel cells, and electric-vehicle systems to battery packs of any size — supporting a wide range of input voltages, output levels, and power ratings.

Input voltage / frequency

110 / 230 / 400 V AC, 50 – 60 Hz

Output voltage

12 / 24 / 48 / 60 / 110 / 450 V DC

Power rating

100 W – 60 kW

Efficiency

85 – 99 %, depending on the technology used

• Grid · fuel cell · EV
• Any pack size
• Tailored efficiency

Our DC-AC inverters for autonomous (island-mode) use can include an optional charger and a load bypass switch, with the same ratings as our standalone inverters and chargers.

• Island mode
• Optional charger
• Load bypass

Smooth, secure power transition by intelligently switching between grid, generator, inverters or other backup systems. The system continuously monitors all electrical characteristics and quality, switching to the best source by preset priority — with locally and remotely monitored, time-stamped log data.

• Multi-source
• Programmable priority
• Programmable or automatic delay
• Local + remote logging

Solid-state switching provides instantaneous, efficient power control in a small form factor — high-speed switching, long operational life, and thermal efficiency that outperforms traditional mechanical relays.

Switching current

2,000 A

Switching voltage

30 V

Protection

Against transient effects

Form factor

Small

• High-speed switching
• Long life
• Compact form factor