Inverter SolarEdge 100kW, on-grid, 3-phase, 1 mppt, no display, wifi
Product symbol: SE100K+3XSESUK
EAN code: 5905515620062
Availability
Location Available Ordered
External warehouse 4
Price
Net 19 736,41 zł
Gross (23% VAT) 24 275,78 zł
Basic data
Item nameInverter SolarEdge 100kW, on-grid, 3-phase, 1 mppt, no display, wifi
Product symbolSE100K+3XSESUK
Package sizes (HxWxL)800 x 600 x 550 mm
Weight gross123.74 kg
Available markets
  • UA
  • IE
  • GB
  • CH
  • ZA
  • PL
  • DE
  • ES
  • FR
  • IT
  • CZ
  • SK
  • HU
  • DK
  • NL
  • SE
  • GR
  • LT
  • AT
  • SI
  • LV
  • BG
  • RO
  • PT
  • BE
  • NO
  • FI
  • HR
  • GH
  • CI
  • EE
  • LI
  • LU
  • KE
  • MA
  • IL
  • CM
  • CD
  • CY
Despite making every effort, we cannot guarantee that the presented photos and descriptions do not contain errors; however, this cannot become the basis for claims.
The SE100K+3xSESUK is a high-efficiency, on-grid, three-phase inverter with a power-converting capacity of 100kW. It is designed to optimize solar energy harvesting with a single MPPT, ensuring consistent power supply and maximum output even under varying weather conditions. The inverter's modular design, comprising three synergy units and one synergy management device, facilitates a two-person installation process. Each synergy unit operates independently, enhancing uptime and easing maintenance.

Advanced built-in features include temperature sensors for detecting wiring faults, arc-fault protection, and an optional rapid shutdown, all contributing to a safer and more efficient system. The inverter also boasts a built-in PID limiting function to maintain peak system efficiency.

Despite lacking a physical display, the inverter offers comprehensive monitoring through its Wi-Fi connectivity, allowing for detailed performance analysis and real-time system management. This feature ensures that users can access inverter data remotely, maintaining constant awareness of system operations.

The SE100K+3xSESUK represents a sophisticated solution for those seeking to maximize their solar energy utilization, with a focus on safety, efficiency, and ease of use.