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Deye SUN‑100K‑SG02HP3‑EU‑GM10 — is a three‑phase high‑voltage hybrid inverter for 100 kW solar power plants. It converts direct current (DC) from solar panels into alternating current (AC) that can be used to power equipment or fed into the grid under a “Green tariff”.
Features:
- Three‑phase output 220/380 V or 230/400 V with a pure sine wave provides stable power for equipment and electronics.
- Support for HV batteries 160–1000 V, 2 battery inputs, total charge/discharge current 100 A + 100 A.
- 10 MPPT (2 strings per each, total 20 strings) — flexible layout for large PV fields.
- AC‑coupling, parallel operation up to 10 inverters, 100% phase imbalance allowed; 6 programmable charge/discharge periods.
- Wide PV range: Max PV Access Power 200 kW, Max PV Input Power 160 kW, MPPT 150–850 V, start 180 V, nominal 650 V.
- Max AC passthrough 250 A, configurable power factor (0.8…0.8 lead/lag).
- Built‑in protections, surge protection Type II (DC/AC), optionally AFCI; THDi 99%.
- Ingress protection IP65, operation at –40…+60 °C (derating above +45 °C), intelligent air cooling, noise up to 65 dB(A).
- Support for remote monitoring: Wi‑Fi/GPRS/Bluetooth/4G/LAN (optional).
Advantages:
- High power 100 kW — for large commercial and industrial facilities.
- Three‑phase output and pure sine wave — correct operation of critical loads.
- Flexible architecture (10 MPPT, 20 strings; DC and AC coupling) — adaptation to site conditions.
- Extended protections and high efficiency (up to 98.7%) — reliability and efficiency.
- Scalability (parallel up to 10 units) and remote monitoring — ease of operation
Application
:The inverter is used at sites with high energy consumption:
- industrial enterprises,
- solar power plants (C&I ESS),
- infrastructure and medical facilities,
- shopping centers,
- business and residential complexes.
Technical specifications:
Battery input data
Battery type
lithium
Battery voltage range, V
160-1000
Maximum discharge current, A
100+100
Maximum discharge current, A
100+100
Number of battery inputs
2
Lithium battery charging strategy
adaptation to BMS
DC input (photovoltaic side)
Maximum input power, W
200 000
Maximum input voltage, V
1000
Start voltage, V
180
MPPT range, V
150-850
DC voltage range at full load, V
150–850
Nominal DC input voltage, V
650
PV input current, A
42+42+42+42+42+42+42+42+42+42
Maximum short‑circuit current, A
63+63+63+63+63+63+63+63+63+63
Number of MPPT trackers
10
Number of strings per tracker
2+2+2+2+2+2+2+2+2+2
AC output data
Rated AC output power, W
100 000
Max. AC output power, W
110 000
Rated AC output current, A
151.6 / 145.0 (for 380/400 V)
Maximum AC current, A
166.7 / 159.5 (for 380/400 V)
Max. 3‑phase unbalanced output current, A
250
Maximum continuous passthrough current (transit), A
120
Generator input/smart load/AC coupling, A
151.6 (at 220/380 V) or 145.0 (at 230/400 V) / not available (no dedicated port) / 250
Deye SUN‑100K‑SG02HP3‑EU‑GM10 — is a three‑phase high‑voltage hybrid inverter for 100 kW solar power plants. It converts direct current (DC) from solar panels into alternating current (AC) that can be used to power equipment or fed into the grid under a “Green tariff”.
Features:
- Three‑phase output 220/380 V or 230/400 V with a pure sine wave provides stable power for equipment and electronics.
- Support for HV batteries 160–1000 V, 2 battery inputs, total charge/discharge current 100 A + 100 A.
- 10 MPPT (2 strings per each, total 20 strings) — flexible layout for large PV fields.
- AC‑coupling, parallel operation up to 10 inverters, 100% phase imbalance allowed; 6 programmable charge/discharge periods.
- Wide PV range: Max PV Access Power 200 kW, Max PV Input Power 160 kW, MPPT 150–850 V, start 180 V, nominal 650 V.
- Max AC passthrough 250 A, configurable power factor (0.8…0.8 lead/lag).
- Built‑in protections, surge protection Type II (DC/AC), optionally AFCI; THDi 99%.
- Ingress protection IP65, operation at –40…+60 °C (derating above +45 °C), intelligent air cooling, noise up to 65 dB(A).
- Support for remote monitoring: Wi‑Fi/GPRS/Bluetooth/4G/LAN (optional).
Advantages:
- High power 100 kW — for large commercial and industrial facilities.
- Three‑phase output and pure sine wave — correct operation of critical loads.
- Flexible architecture (10 MPPT, 20 strings; DC and AC coupling) — adaptation to site conditions.
- Extended protections and high efficiency (up to 98.7%) — reliability and efficiency.
- Scalability (parallel up to 10 units) and remote monitoring — ease of operation
Application
:The inverter is used at sites with high energy consumption:
- industrial enterprises,
- solar power plants (C&I ESS),
- infrastructure and medical facilities,
- shopping centers,
- business and residential complexes.
Technical specifications:
Battery input data
Battery type
lithium
Battery voltage range, V
160-1000
Maximum discharge current, A
100+100
Maximum discharge current, A
100+100
Number of battery inputs
2
Lithium battery charging strategy
adaptation to BMS
DC input (photovoltaic side)
Maximum input power, W
200 000
Maximum input voltage, V
1000
Start voltage, V
180
MPPT range, V
150-850
DC voltage range at full load, V
150–850
Nominal DC input voltage, V
650
PV input current, A
42+42+42+42+42+42+42+42+42+42
Maximum short‑circuit current, A
63+63+63+63+63+63+63+63+63+63
Number of MPPT trackers
10
Number of strings per tracker
2+2+2+2+2+2+2+2+2+2
AC output data
Rated AC output power, W
100 000
Max. AC output power, W
110 000
Rated AC output current, A
151.6 / 145.0 (for 380/400 V)
Maximum AC current, A
166.7 / 159.5 (for 380/400 V)
Max. 3‑phase unbalanced output current, A
250
Maximum continuous passthrough current (transit), A
120
Generator input/smart load/AC coupling, A
151.6 (at 220/380 V) or 145.0 (at 230/400 V) / not available (no dedicated port) / 250
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