machine-two
Ico-F500 voltage optimizer

  • This voltage optimizer is rated 550 KVA and addresses issues of over-under voltage
  • The machines’ technology is based on dynamic voltage optimization
  • The machines can step-up/down the 3 phase voltage by 5-30 Volts
  • The machine has an internal bypass mechanism
  • Each machine has a certified energy meter that calculates kWh units consumed

machine-three
Ico-F40, 76, 100, 200, 300

  • This voltage optimizer comes with different ratings ranging from 40 to 330 KVA and addresses issues of over-under voltage
  • The machines’ technology is based on dynamic voltage optimization
  • The machines can step-up/down the 3 phase voltage by 5-30 Volts
  • Each machine has an internal bypass mechanism Each machine has a certified energy meter that calculates kWh units consumed  

machine-six
Ico-F1000

  • This voltage optimizer comes with a rating of 850 KVA and addresses issues of over-under voltage
  • The machines’ technology is based on dynamic voltage optimization
  • The machines can step-up/down the 3 phase voltage by 5-30 Volts
  • The machine has an internal bypass mechanism
  • Each machine has a certified energy meter that calculates kWh units consumed

machine-one
Ico-Five

  • This voltage optimizer targets small consumers and is rated at a max of 20 kW.
  • The machine has an internal load control system
  • The machine has an internal bypass mechanism

machine-eight
Ico-R

  • The Icopower R range of machines addresses issues related to reactive energy and transformer losses
  • The machines are rated to correct 50-1-- kVar
  • The machines’ technology is based on dynamic power factor correction
  • The machines compensates for the kVar on each phase rather than collectively as generated by the power plant
  • The machines can be used also to support the transformer under conditions of high load, thereby minimizing transformer losses

machine-four
Ico-Air

  • The Icopower Air range of machines addresses issues related to inefficiencies in the compressed air system
  • The machines’ technology is based on a software that optimises the functioning of the compressor
  • The machine controls the start and stop cycles of the compressor based on the actual needs of the system
  • The machine optimises the discharge pressure of the compressor to ensure of match with the specific system pressure requirements (e.g 5.5 bars rather than 7+ bars)