Inverter Systems

Our offering contains modular inverter systems from CE+T. These innovative systems are using TSI (Twin Sine Innovation) technology.

Benefits:

  • True Redundancy. Each module knows the whole system configuration and there is no component of single point failure.
  • No master / slave configuration
  • Plug & Forget, all modules are also hot swappable during operation
  • DC energy buffer allows a 0ms transfer time between AC and DC power input
  • Disturbances filtration will give you pure and stabilized AC sine wave output
  • Natively integrated STS function to save money and delete a single point of failure.
  • High efficiency – up to 94% DC-AC and 96% AC-AC
  • 3P and 1P systems
  • Wide selection of DCin (24, 48, 60, 110, 220VDC)
  • STS functionality integrated in all inverter modules
  • Power Boost functionality prevent faulty equipment from causing the entire
    system to fail. The boost gives a huge amount of power to trigger the
    circuit breaker and stop the short circuit.
  • Supervision and Monitoring

e-one 3

  • 350VA 48VDC / 230VAC inverter 90% efficiency
  • very reliable; working temperature -20 to 65° C
  • 150% overload for 15 sek
  • compact – 2kg; 1U x 165x275mm

e-one 10

  • 1250VA 48VDC / 230VAC inverter
  • versions with and without by-pass; efficiancy DC-AC 91%, by-pass 99%
  • very reliable; working temperature -20 to 65° C
  • 150% overload for 15 sek
  • compact 3kg; 1U x 342x221mm

Y-one

  • Power 500, 800 or 1500VA, double conversion inverter
  • ACin – 150…265VAC DCin – 48VDC
  • Efficiency 89…94%Power
  • Options like IEC sockets, distribution panel, MBP

BRAVO -ST

  • Power 3000VA (24VDC) or 5000VA (48VDC) , double conversion inverter with automatic by-pass
  • ACin – 150…265VAC; DCin – 24, 48, 110, 220VDC
  • Efficiencyt 89…96%

BRAVO -HC

  • Power 2500VA, double conversion inverter for applications with high startup currents like motors and A/C units
  • ACin – 150…265VAC; DCin – 48VDC
  • Efficiency 89…96%
  • Overload capacity 300% for 900ms
  • Connections from front panel

Patented technology from CE+T provides additional AC input to supply loads directly from the grid. As a result, you benefit from a secure power supply with an overall conversion efficiency of up to 96%. Our solutions are designed for modularity, reliability, compactness and cost savings.

Systems will reach the highest available reliability thanks to:

  • 0ms transfer time (grid to battery);
  • Built-in Static Transfer Switch (no single point of failure);
  • Truly redundant (power & communication);
  • Configuration in parallel (no master/slave).

VEDA

  • 500VA; up to 4kVA systems
  • 48VDC (REG mode);  efficiency 89%
  • can fit in 300 mm deep cabinet
  • -40 °C to +65 °C

NOVA

  • 750VA; 1kVA to 4kVA systems, max 24,74kVA
  • 48VDC;   150- 265VAC; efficiency AC-AC 93%; DC-AC 90%
  • can fit in 400 mm deep cabinet
  • -20 °C to +50 °C
  • 0ms transfer time (grid to battery), Built-in Static Transfer Switch (no single point of failure)

BRAVO 10

  • 1250VA; 1U ; very compact (811W/litre); 6,25kVA per 1U
  • 48VDC;   150- 265VAC; efficiency AC-AC 96%; DC-AC 92,5%
  • can fit in 400 mm deep cabinet
  • -20 °C to +65 °C
  • 0ms transfer time (grid to battery), Built-in Static Transfer Switch (no single point of failure)
  • AC loads, from 1.25kVA to 40kVA

BRAVO 2500

  • 2500VA module; 2U ; for systems up to 225kVA
  • DCin: 24, 48, 60, 110, 220VDC; 150- 265VAC; efficiency AC-AC 96%; DC-AC 91%
  • can fit in 600 mm deep cabinet
  • -20 °C to +65 °C
  • 0ms transfer time (grid to battery), Built-in Static Transfer Switch (no single point of failure)

BRAVO ECI

  • 3000VA; 2U ; new generation inverter modules
  • 48VDC; 108 – 290VAC; efficiency AC-AC 96%; DC-AC 94,5%
  • -20 °C to +40 °C derating up to 65 °C
  • 0ms transfer time (grid to battery), Built-in Static Transfer Switch (no single point of failure)

ALTO 20kVA

  • 20kVA; 3U modules for big systems
  • 48VDC; 150- 270VAC; efficiency AC-AC 96%; DC-AC 93%
  • 3P systems 3x400VAC + N
  • -20 °C to +40 °C
  • 0ms transfer time (grid to battery), Built-in Static Transfer Switch (no single point of failure)