Hybrid inverter SUN-125K-SG02HP3-EU-GM10 Deye Wi‑Fi (125 kW, 3 phase, 10 MPPT)

Hybrid inverter SUN-125K-SG02HP3-EU-GM10 Deye Wi‑Fi (125 kW, 3 phase, 10 MPPT)

399,999 ₴
Generators
Sunday 11:53
Україна
вул. Стеценка, 14/44
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Published 4 days ago by Solar-Tech
399,999 ₴
In Generators category
вул. Стеценка, 14/44, Київ, Україна
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SUN-125K-SG02HP3-EU-GM10 — a three-phase high-voltage hybrid inverter for 125 kW solar power plants. It converts direct current (DC) from solar panels into alternating current (AC) to power equipment or feed into the grid under a "Green Tariff".

Features

-
Three-phase output 220/380 V or 230/400 V with a pure sine wave — stable power for equipment and electronics.

-
Supports HV batteries 160–1000 V, 2 independent battery inputs; charge/discharge 100 A + 100 A.

-
10 MPPT (2 strings per each, total 20 strings) — flexible configuration for large PV fields.

-
AC-coupling, parallel operation up to 10 inverters, 100% phase unbalance allowed; 6 programmable charge/discharge periods (TOU).

-
Wide PV range: Max PV Access Power 250 kW, Max PV Input Power 200 kW, MPPT 150–850 V, start 180 V, nominal 650 V.

-
Max continuous AC passthrough (grid→load) 250 A, cos φ regulation (0.8 lead…0.8 lag).

-
Built-in protections, SPD Type II (DC/AC), optional AFCI; THDi 99%.

-
IP65, operation at –40…+60 °C (derating > +45 °C), "smart" air cooling, noise up to 65 dB(A).

-
Communications and monitoring: RS485 / RS232 / CAN, remote monitoring Wi‑Fi/GPRS/Bluetooth/4G/LAN (optional).

Advantages

-
125 kW power — 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.

-
Advanced protections and high efficiency (up to 98.7%) — reliability and effectiveness.

-
Scalability (parallel up to 10 units) and remote monitoring — ease of operation.

Applications

The inverter is suitable for high energy consumption sites:

-
industrial enterprises,

-
C&I-ESS/solar power plants,

-
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

adaptive to BMS

DC input (photovoltaic side)

Maximum input power, W

250 000

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

125 000

Max. AC output power, W

135 000

Rated AC output current, A

189.4 / 181.2 (for 380/400 V)

Maximum AC current, A

204.6 / 195.7 (for 380/400 V)

Max. 3-phase unbalanced output current, A

250

Maximum continuous current transfer (transit), A

250

Generator input/smart load/AC coupling current, A

189.4 (at 220/380 V) or 181.2 (at 230/400 V) / none (no dedicated port) / 250

Input frequency and voltage, V

50/45–55; 60/55–65; 3L/N/PE 220/380, 230/400

Grid type

three phase

Efficiency

Maximum efficiency, %

98.7

Euro classification efficiency, %

98.1

MPPT efficiency, %

> 99

Protection

Integrated

Reverse C polarity, AC overload/overvoltage, short circuit, thermal protection, DC component monitoring, Anti-islanding, RCD; optional AFCI

Output overvoltage protection

DC Type II / AC Type III

General data

Operating temperature, °C

–40…+60

Cooling

forced intelligent

Noise level, dB

≤65 dB

Environmental protection rating

IP65

Physical characteristics

Dimensions, mm

734 × 1091 × 344

Weight, kg

≈ 161.7

Read more

Published on 2026/10/11

Description

SUN-125K-SG02HP3-EU-GM10 — a three-phase high-voltage hybrid inverter for 125 kW solar power plants. It converts direct current (DC) from solar panels into alternating current (AC) to power equipment or feed into the grid under a "Green Tariff".

Features

-
Three-phase output 220/380 V or 230/400 V with a pure sine wave — stable power for equipment and electronics.

-
Supports HV batteries 160–1000 V, 2 independent battery inputs; charge/discharge 100 A + 100 A.

-
10 MPPT (2 strings per each, total 20 strings) — flexible configuration for large PV fields.

-
AC-coupling, parallel operation up to 10 inverters, 100% phase unbalance allowed; 6 programmable charge/discharge periods (TOU).

-
Wide PV range: Max PV Access Power 250 kW, Max PV Input Power 200 kW, MPPT 150–850 V, start 180 V, nominal 650 V.

-
Max continuous AC passthrough (grid→load) 250 A, cos φ regulation (0.8 lead…0.8 lag).

-
Built-in protections, SPD Type II (DC/AC), optional AFCI; THDi 99%.

-
IP65, operation at –40…+60 °C (derating > +45 °C), "smart" air cooling, noise up to 65 dB(A).

-
Communications and monitoring: RS485 / RS232 / CAN, remote monitoring Wi‑Fi/GPRS/Bluetooth/4G/LAN (optional).

Advantages

-
125 kW power — 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.

-
Advanced protections and high efficiency (up to 98.7%) — reliability and effectiveness.

-
Scalability (parallel up to 10 units) and remote monitoring — ease of operation.

Applications

The inverter is suitable for high energy consumption sites:

-
industrial enterprises,

-
C&I-ESS/solar power plants,

-
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

adaptive to BMS

DC input (photovoltaic side)

Maximum input power, W

250 000

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

125 000

Max. AC output power, W

135 000

Rated AC output current, A

189.4 / 181.2 (for 380/400 V)

Maximum AC current, A

204.6 / 195.7 (for 380/400 V)

Max. 3-phase unbalanced output current, A

250

Maximum continuous current transfer (transit), A

250

Generator input/smart load/AC coupling current, A

189.4 (at 220/380 V) or 181.2 (at 230/400 V) / none (no dedicated port) / 250

Input frequency and voltage, V

50/45–55; 60/55–65; 3L/N/PE 220/380, 230/400

Grid type

three phase

Efficiency

Maximum efficiency, %

98.7

Euro classification efficiency, %

98.1

MPPT efficiency, %

> 99

Protection

Integrated

Reverse C polarity, AC overload/overvoltage, short circuit, thermal protection, DC component monitoring, Anti-islanding, RCD; optional AFCI

Output overvoltage protection

DC Type II / AC Type III

General data

Operating temperature, °C

–40…+60

Cooling

forced intelligent

Noise level, dB

≤65 dB

Environmental protection rating

IP65

Physical characteristics

Dimensions, mm

734 × 1091 × 344

Weight, kg

≈ 161.7

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