SE 100/110KTL-M3


SE 100/110KTL-M3, SE 125KTL-MH3



  • Maximum efficiency of 98.8%
  • Compatible with high power modules (500W/600W+)
  • 150% PV configuration and 110% output overload


  • IP66 waterproof and dustproof
  • High quality components used
  • Integrated type II DC/AC SPD, optional AFCI detection and C5 anti-corrosion


  • String level I/V detect (Optional)
  • Remote configuration and upgrade
  • Power export control supported

Product Datasheet

Model SE 100KTL-M3 SE 110KTL-M3 SE 125KTL-MH3
Max. Efficiency 98.5% 98.6% 98.8%
European Efficiency 98% 98.2% 98.4%
Input (PV)
Max. Input Voltage 1100V
Max. PV Configuration 150%
Rated Input Voltage 620V
Max. Input Current 3*40A+5*32A 3*40A+6*32A
Max. Short Circuit Current 3*50A+5*45A 3*50A+6*45A
Start Input Voltage/ Min. Operating Voltage 250V/200V
MPPT Operating Voltage Range 200V-1000V
Max. Number of PV Strings 16(8*2) 18(9*2)
No. of MPPTs 8 9
Output (Grid)
Rated AC Active Power 100,000W 110,000W 125,000W
Max. AC Apparent Power 110,000VA 121,000VA 137,500VA
Max. AC Active Power (PF=1) 110,000W 121,000W 137,500W
Max. AC Output Current 3*168.8A 3*187A 3*167.3A
Rated AC Voltage 400V, 3W+N+PE 480V, 3W+PE
AC Voltage Range* 277V-520V (Adjustable) 300V-550V (Adjustable)
Rated Grid Frequency 50Hz/60Hz
Grid Frequency Range** 45Hz-55Hz/55Hz-65Hz (Adjustable)
THDI <3% (Rated Power)
DC Current Injection <0.5%In
Power Factor > 0.99 Rated power (Adjustable 0.8 LD – 0.8 LG)
DC Switch Support
Anti-islanding Protection Support
AC Overcurrent Protection Support
AC Short Circuit Protection Support
DC Reverse Connection Support
Surge Arrester DC Type II/AC Type II
Insulation Detection Support
Leakage Current Protection Support
AFCI Optional
PID Recovery Optional
PV String Monitoring Optional
Night Load Consumption Monitoring Optional
Topology Transformerless
IP Rating IP66
Night Self Consumption <10W
Cooling Fan cooling
Operating Temperature Range -25℃-60℃
Relative Humidity Range 0-100%
Max. Operating Altitude 4000m
Noise <75dB
Dimensions (W*H*D) 850mm*670mm *356mm
Weight 92Kg
Display Wireless & APP+LED, LCD (Optional)
Communication RS 485, Optional: WiFi/GPRS/4G/LAN
Safety IEC 62109-1,IEC 62109-2
Grid Code EN 50549-1/-2, IEC 61727/62116, VDE-AR-N 4105, CEI 0-21/16, UNE 206006/206007-1, UNE 217001, AS 4777
Warranty 5 Years

Commercial Power Inverter

Commercial DC to AC power conversion solutions offered by Senergy include chargers/inverters, specialty inverters, mobile business applications including corporate fleets, boats, RVs and trucks. It also covers the utility sector and provides renewable energy applications. The company also provides export power inverters and DC to AC power inverters.

We offer off-grid inverters that can withstand harsh climatic conditions and use only the highest quality components.

Senergy aims to create world-class quality power inverter solutions for commercial, communication, green energy applications and industrial market segments. The offered off-grid solar inverters are suitable for rural electrification projects, suburban homes, rural micro-grids, remote off-grid cottages, and can survive harsh environmental conditions. Senergy has the know-how and engineering expertise to diagnose and resolve issues in a timely manner
We offer DC power inverters suitable for installation in emergency and utility vehicles, heavy trucks and cars, recreational vehicles and boats, alternative energy systems. Inverters can also be used as portable power systems.

The role of the solar panel inverter

Panels produce direct current. However, every electrical device in the national grid and in houses uses alternating current (AC). The inverter’s main task is to convert DC power into AC power, synchronised with the mains voltage. It also has important safety functions to protect your system and to protect engineers working on the national grid in the event of a power cut. Sounds simple enough, but if you keep reading you’ll start to find some clever bits.

Commercial power inverters play a vital role in sustainable energy projects. Large solar, wind and battery storage installations use direct current (DC), while office buildings, warehouses and factories use alternating current (AC). Inverters change DC power into AC power, so customers can use it. Commercial inverters have the functionality and technical requirements to handle large energy projects.
Although these powerful solar and battery inverters can still be considered “grid connected”, they are not suitable for typical domestic installations.