Transformers

Smart Transformer Station

JUPITER-3000K-H1
  • Prefabricated and Pre-tested, No Internal Cabling Needed Onsite Compact 20’ HC Container Design for Easy Transportation
  • High Efficiency Transformer for Higher Yields Lower Self-consumption for Higher Yields
  • Real-time Monitoring of Transformer, LV Panel and RMU High Precision Sensor of LV Electricity Parameters Remote Control of ACB and MV Circuit Breaker
  • Robust Design against Harsh Environments Optimal Cooling Design for High Availability and Easy O&M Comprehensive Tests from Components, Device to Solution
Data-Sheet

Smart Transformer Station

JUPITER-3000K-H1
  • Prefabricated and Pre-tested, No Internal Cabling Needed Onsite Compact 20’ HC Container Design for Easy Transportation
  • High Efficiency Transformer for Higher Yields Lower Self-consumption for Higher Yields
  • Real-time Monitoring of Transformer, LV Panel and RMU High Precision Sensor of LV Electricity Parameters Remote Control of ACB and MV Circuit Breaker
  • Robust Design against Harsh Environments Optimal Cooling Design for High Availability and Easy O&M Comprehensive Tests from Components, Device to Solution
Data-Sheet

Smart Transformer Station

JUPITER-6000K-H1
  • Prefabricated and Pre-tested, No Internal Cabling Needed Onsite Compact 20’ HC Container Design for Easy Transportation
  • High Efficiency Transformer for Higher Yields Lower Self-consumption for Higher Yields
  • Real-time Monitoring of Transformer, LV Panel and RMU High Precision Sensor of LV Electricity Parameters Remote Control of ACB and MV Circuit Breaker
  • Robust Design against Harsh Environments Optimal Cooling Design for High Availability and Easy O&M Comprehensive Tests from Components, Device to Solution
Data-Sheet

Smart Transformer Station

JUPITER-6000K-H1
  • Prefabricated and Pre-tested, No Internal Cabling Needed Onsite Compact 20’ HC Container Design for Easy Transportation
  • High Efficiency Transformer for Higher Yields Lower Self-consumption for Higher Yields
  • Real-time Monitoring of Transformer, LV Panel and RMU High Precision Sensor of LV Electricity Parameters Remote Control of ACB and MV Circuit Breaker
  • Robust Design against Harsh Environments Optimal Cooling Design for High Availability and Easy O&M Comprehensive Tests from Components, Device to Solution
Data-Sheet

Smart Transformer Station

JUPITER-9000K-H1
  • Prefabricated and Pre-tested, No Internal Cabling Needed Onsite Compact 20’ HC Container Design for Easy Transportation
  • High Efficiency Transformer for Higher Yields Lower Self-consumption for Higher Yields
  • Real-time Monitoring of Transformer, LV Panel and RMU High Precision Sensor of LV Electricity Parameters Remote Control of ACB and MV Circuit Breaker
  • Robust Design against Harsh Environments Optimal Cooling Design for High Availability and Easy O&M Comprehensive Tests from Components, Device to Solution
Data-Sheet

Smart Transformer Station

JUPITER-9000K-H1
  • Prefabricated and Pre-tested, No Internal Cabling Needed Onsite Compact 20’ HC Container Design for Easy Transportation
  • High Efficiency Transformer for Higher Yields Lower Self-consumption for Higher Yields
  • Real-time Monitoring of Transformer, LV Panel and RMU High Precision Sensor of LV Electricity Parameters Remote Control of ACB and MV Circuit Breaker
  • Robust Design against Harsh Environments Optimal Cooling Design for High Availability and Easy O&M Comprehensive Tests from Components, Device to Solution
Data-Sheet
en_USEnglish