Reliable energy for critical infrastructure
Request technical assessmentThis page separates scheduled equipment, supplier reference material and general product capability so unverified specifications are not attributed to the final equipment.
Field systems
Solar · Storage · Controls · O&M
Solar supports the load and charges the battery first; the inverter manages power conversion and source interaction; the monitoring gateway delivers measurements, status and alarms to operations teams.
Scheduled data
GCL-NT10/78GDF
No parameters beyond model, scheduled rating, quantity, array capacity and scheduled warranty are attributed to this GCL model until its datasheet is confirmed.
Scheduled data
51.2V64KWH-01
Amp-hour capacity, usable depth of discharge, cycle life, cell manufacturer, IP rating and communication protocols require the final datasheet.
Scheduled data
LABCT12KW-WIFI
The Anern EVO-L catalogue is an architecture reference, not the LABCT inverter datasheet.
The SolaHestia HTS-132210RH 630–650 W series is presented as a supporting product-family reference. These data points must not be assigned automatically to the GCL-NT10/78GDF.
N-type monocrystalline technology
132 half-cell configuration
Bifacial double-glass construction
630–650 W product range
Maximum module efficiency up to 24.1%
Positive 0 to +5 W output tolerance
1,500 V DC maximum system voltage
-40°C to +85°C operating temperature
2,382 × 1,134 × 30 mm
Approximately 32.5 kg
15-year product / 30-year linear output warranty
Engineering benefits
A typical cabinet integrates battery modules, BMS, main breaker, DC bus, temperature sensors, voltage and current measurement, state-of-charge estimation, communications gateway and cabinet-level status indicators inside a controlled enclosure.
Adjust the site assumptions to estimate autonomy at a given average load. This tool does not replace load measurement, manufacturer limits or engineering design.
Estimated usable energy
40.9kWh
64 × 80% × 94% × (1 − 15%)
Estimated autonomy
10.2hours
40.9 kWh ÷ 4.0 kW
Supporting reference · not final datasheet
Single-phase input and output
PV plus battery rated output: 13.2 kW
Battery rated output: 10.2 kW
Maximum PV input: 8,000 W + 8,000 W
Two MPPTs; 90–500 V DC operating range
48 V DC nominal battery voltage
160 A maximum solar charging current
Pure sine-wave and dual AC output
Lithium activation, optional Wi-Fi and anti-dust design
The PV-to-inverter DC/AC ratio is approximately 1.28. This configuration explains system relationships; it is not a final design for any site.
15.36
kWp PV
12
kW class
64
kWh
Final sizing dependencies