Fiche Technique HPOD t150320 pages

HYBRID TECHNOLOGY

T15032

CHARACTERISTICS

UNIT

VALUE

kVA

15

Max module power + AC source

kVA

70

kWc

5

TMax solar array voltage

Voc

150

Max wind turbine power (DC source)

kW

10

Max genset power (AC source)

kVA

70

Max extraction power (AC source)

Power supply
sources

Power available from module alone

Max DC solar panel

Available power

kVA

70

AC supply voltage

V

230/400

AC power supply frequency

Hz

45-65

Output voltage

V

230/400
Triple-phase 3P+T+N

Distribution
W

Peak power on battery supply
Converter /
charger

Continuous power on battery @ 25 °C

W/VA 13500/15000
°C

Operating temperature

de -20C° à + 50C°
Pure sine wave

Inverter

HPOD T15032

30000

Load monitor IU0U
T-T

Earthing scheme
Max capacity

32

Operating capacity DOD 50%

kWh

15

Autonomy for 170W consumption (1)
Battery storage
bank

kWh

hours 94

Autonomy for 500W consumption (2)

hours 20

AGM technology: sealed lead, maintenance free, deep discharge, flat plate electrodes
OPzS technology option: open lead, low maintenance, deep discharge, tubular plate electrodes
OPzV technology option: sealed lead, maintenance free, deep discharge, tubular plate electrodes
V

Busbar voltage

48

Colour control panel
Connection terminal or IEC sockets (optional) for source and AC use
Built-in MC4 socket for solar array
Operation

Communication port with GELEC ENERGY genset
Automated management of the GELEC ENERGY genset
Protection of solar array by PV fuses
SD card datalogger
Optional remote monitoring (GSM or Ethernet)

Frame

Dimensions (subject to change)

mm
kg

Weight (approx.)

www.hybrid-offgrid.com
(1) Autonomy based on an average consumption of 170W (without heater, air conditioner)
(2)Autonomy based on an average consumption of 500W (without high-power cooling or heating system).

GELEC ENERGY reserves the right to change specifications without notice in a logic of improvement.

1750x600x1520
1200