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Inverter solare ei-tre

Inverter solare ei-tre

Three-phase hybrid inverter
The ei-tre hybrid inverter is the three-phase model, specifically designed for the tertiary and small industrial sectors, capable of managing up to 23kW with energy production and consumption monitoring via App and Beghelli cloud, thanks to the integrated Wi-Fi module. Alternating current output for use of the energy supply in the event of a mains blackout.
 
Three-phase hybrid inverter
FEATURES
  • Three-phase grid-connected hybrid inverter (ON GRID) with battery storage management and EPS OFF GRID emergency function (disconnected from the grid)
  • High battery charging and discharging efficiency of up to 97.5%.
  • Management of up to 150% of nominal photovoltaic input power
  • Low start-up voltage on the PV array side (higher utilisation of solar energy)
  • MPP optimisation function in case of PV array shading
  • Operating temperature -35°C to 60°C (with derating above 45°C)
  • Integrated SPD (overvoltage protection)
  • CT (current meter) supplied
  • Up to 10 inverters can be connected in parallel
  • WiFi module included
  • Web site and free monitoring APP
  • Wall mounting brackets, cables and connectors included
 
 
 
 
 
 
 
 DCINPUT
 
 8kW 10kW 15kW
Max. Input power of the photovoltaic field [Wp] 12000 15000 18000
Max. Input voltage [V] 1000 1000 1000
Starting voltage [V] 200 200 200
Nominal input voltage [V] 640 640 640
MPP tracker voltage range [V] 180~950 180~950 180~950
Number of MPP trackers/Strings per MPP tracker 2(2/1) 2(2/1) 2(2/1)
Maximum input currents (input A/input B) [A] 26/16 26/16 26/16
Maximum short-circuit current (input A/input B) [A] 30/20 30/20 30/20
 
 
 
AC INPUT and AC OUTPUT
(grid-connected inverter)
  8kW 10kW 15kW
Power rating AC OUTPUT [W] 8000 10000 15000
Rated current AC OUTPUT [A] 11.6 14.5 21.8
Max. Apparent power AC OUTPUT [VA] 8800 11000 15000
Max. Current AC OUTPUT [A] 12.9 16.1 24.1
Max. Apparent AC input power [VA] 16000 20000 20000
Max. AC input current [A] 25.8 32.0 32.0
Nominal AC voltage [V] 415/240; 400/230; 380/220
ated mains frequency/mains frequency range [Hz] 50/60
Power factor adjustment range 0.8 inductive to 0.8 capacitive
THDi (rated power) [%] <3
 
 
 
BATTERY DATA
  8kW 10kW 15kW
Battery type Lithium-ion battery
Battery voltage range [V] 180~650
Maximum continuous charge/discharge current [A] 30
 
 
 
EPS AC OUTPUT
(Inverter disconnected from the grid in blackout conditions)
  8kW 10kW 15kW
Nominal output power [W] 8000 10000 15000
Peak apparent power  [VA, s] 12000,60s 15000,60s 16500,60s
Maximum deliverable current 11.6 14.5 21.8
Rated voltage [V]/Frequency  [Hz] 400/230; 380/220; 50/60
THD with resistive load [%] <3 
ON-GRID --> OFF GRID switching time in case of power failure <10ms
Parallel operation
yes, 10
 
 
 
SYSTEM DATA
  8kW 10kW 15kW
Maximum efficiency [%] 98.00
Euro efficiency [%] 97.70
Battery charge/discharge efficiency [%] 95.0/95.0
Standby consumption [W] @Notte <40W for hot standby <5W for cold standby
IP rating
IP65
Operating temperature range [°C] -35~60 (reduction to +45°C, charge reduction to +35°C)
Maximum operating altitude [m] 0
Humidity [%] 0-100
Typical noise emission [dB] <35 <35 <45
Storage temperature [°C] -40~+70
Dimensions[WxHxD] [mm] 503x503x199
Weight [kg] 30
Inverter cooling mode Natural convection Ventilator
Communication interfaces CT (current meter) / COM RS485 / BMS port battery connection (CAN, RS485) / CAN port (for connecting several inverters to each other) / port for WiFI module or Ethernet / USB for SW update / DRM (Demand Response Mode) port for control from network operator
 
 
 
STANDARD
  8kW 10kW 15kW
Security ENZIEC62109-1/-2
EMC EN61000-6-l/2/3/4;EN61000-3-2/3/U/12  
Certification VDE4105/ G99/ G98/ AS4777/ EN50549/ CEI 0-21/ CEI 0-16/ IEC61727/ VDE 0124
 
 
  • EPS: Emergency Power Supply, an output that is activated in the event of a blackout by supplying power to loads connected in AC at 230V, using battery energy, if available
  • BMS: Battery Management System, electronic battery controller, incorporated in battery packs
  • DRM: Demand Response Mode, standard and interface for possible control of the inverter by the public grid operator

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