--- title: "GoodWe GW100-PCS-N-G10 Hybrid Inverter: Specs & Datasheet | ComparePV" description: "GoodWe GW100-PCS-N-G10 100 kW hybrid inverter. Specs: 1000 V max DC input, 80.0 kg." source: "https://comparepv.com/inverter/goodwe-gw100-pcs-n-g10" updated: 2026-01-16 --- # GoodWe GW100-PCS-N-G10 ## Identity - **Manufacturer:** GoodWe - **Model:** GW100-PCS-N-G10 - **Series:** PCS - **Rated AC power:** 100 kW - **Type:** Hybrid - **Phases:** Three-phase - **Battery port:** yes ## How it compares Compared against 243 inverters from 30 to 100 kW. Ranks are within that class. | Measure | This inverter | Class median | Standing | Rank in class | | --- | --- | --- | --- | --- | | European efficiency | - | 98.2% | | | | MPPT trackers | - | 4 | | | | Max DC input voltage | 1000 V | 1100 V | Typical | 125 | | Weight per kW | 0.8 | 1.1 | Strong - top 16% | 33 | | Warranty | - | 5 yrs | | | ## Specification ### AC output - **Rated AC power:** 100 kW - **Max AC power:** 110.00 kW - **Max apparent power:** 110.00 kVA - **Phases:** Three-phase - **Nominal AC voltage:** 400 V - **Max AC current:** 158.8 A - **Grid frequency:** 50 Hz - **Power factor:** -0.8…0.8 (supports adjustable -1…1) - **Harmonic distortion (THD):** 3.0 % ### PV input - **Max DC voltage:** 1000 V - **Start-up voltage:** 670 V ### Efficiency - **Max efficiency:** 98.6 % ### Battery - **Battery port:** Yes - **Battery voltage:** 670–1000 - **Grid-forming:** Yes ### Physical - **Dimensions:** 266 × 600 × 900 mm - **Weight:** 80.0 kg - **Enclosure:** IP66 - **Cooling:** forced-air - **Noise:** 80 dB - **Operating temperature:** -25 to 60 °C - **Max humidity:** 100 % - **Max altitude:** 4000 m ### Connectivity and protection - **Interfaces:** Ethernet, Display - **Protocols:** RS485, CAN, Ethernet, Modbus RTU, Modbus TCP - **Protection:** DC switch, Surge protection ### Pros - **PCS achieved peak efficiency of 98.6%.** - The PCS series achieves a peak efficiency of 98.6% (verified for the ESA/PCS 125 kW model), placing it among the leading competitors in the C&I segment: The Sungrow SC200UD achieves 98.5%, and the SMA Sunny Central Storage achieves up to 98.7%. The overall system efficiency (RTE) is 92%, which directly impacts the cost-effectiveness of the peak shaving model. - **Operation without derating up to 45°C + 1.1x overload** - The 215 kW model maintains its rated power up to 45°C ambient temperature, while the 125 kW model can handle a 2-hour overload of up to 137.5 kW (1.1× P\_nom) at 40°C. This is a key parameter for industrial installations and facilities in climate-sensitive areas, where most competitors already derate at 40°C. - **SVG + VSG + blackstart - utility-scale** - The 215 kW model incorporates both a reactive power compensation (SVG) and a synchronous virtual generator (VSG) function, and supports blackstart capabilities. This means it is ready to contract system services (frequency regulation, voltage support) with the grid operator without the need for additional intermediary equipment - a significant advantage over basic PCS offered by competitors. - **Scalability up to 5 MW without a high-voltage (MV) transformer at the PCS level.** - Up to 24 units of the 215 kW model can be connected in parallel, resulting in a 5 MW system. This architecture simplifies the design of large utility-scale facilities and reduces commissioning time compared to solutions that require a separate controller for aggregation. - **IP66 + anti-corrosion C4/C5 rating, Class B EMC certification** - The IP66 enclosure, with C4/C5 resistance according to ISO 12944, allows for installation in marine, port, and heavy-industrial environments without the need for additional external enclosures. EMC Class B certification (more stringent than the required Class A) reduces the risk of electromagnetic interference in facilities with sensitive control and measurement equipment. ### Cons - **Limited compatibility of battery cells** - The C&I 125 kW model supports DC voltages of 670-1000 V and is optimized for 280-320 Ah batteries. This makes it compatible with the rapidly growing segment of 314 Ah+ and 560 Ah (prismatic LFP) batteries, which are becoming increasingly common in BESS tenders in 2025. The Sungrow ST2752UX and Huawei LUNA2000-C models already support a wider range of DC voltages (600-1500 V). - **Limited public technical documentation** - The official datasheet for the PCS series is not directly available for download from the en.goodwe.com website - contact with sales is required. This makes it difficult for investors and financing banks to quickly conduct due diligence, as the standard has become full technical documentation available online (such as with Sungrow or SMA). ## About this series GoodWe PCS series are **three-phase energy storage inverters (PCS)** designed for commercial and industrial installations, where stable operation and flexible integration with the BESS system are crucial. The equipment features a **modular structure**, which facilitates configuring the setup to meet project requirements and enables more efficient maintenance. The PCS supports operation **both in grid-connected (on-grid) and off-grid modes**, making it suitable for backup power systems and applications requiring greater energy independence. In practice, the greatest advantage is intelligent control of cooperation with the grid- the system can achieve **full load under phase imbalance**, which helps in facilities with unevenly distributed loads. Integrated protections and a high degree of protection for the enclosure support safe operation in more challenging conditions. For monitoring and integration with automation, communication interfaces (including Ethernet, RS485, CAN) are available, facilitating supervision and remote management. The PCS series is intended for investors building energy storage for optimizing self-consumption, reducing peak power, and improving power quality. ## Questions ### What is the power range of the GoodWe PCS series, and is it suitable for large industrial installations? The GoodWe PCS series includes models with a power output of 125 kW (for commercial use) and 215 kW (for residential use). The 215 kW model can be connected in parallel to up to 24 units, resulting in a total power output of up to 5 MW in a single system. This makes the PCS series suitable for both manufacturing plants and logistics centers, as well as for large-scale utility energy storage projects. ### Can GoodWe PCS handle uneven load distribution between phases in an industrial setting? Yes, this is one of the key advantages of this series. The GoodWe PCS can handle full loads even with phase asymmetry - the system automatically manages active and reactive power compensation, even when individual phases are unevenly loaded. This is particularly important in production halls and industrial parks, where it is not always possible to evenly distribute loads. ### What protection does the GoodWe PCS enclosure provide, and can the device be used outdoors? The GoodWe PCS series enclosures have an IP66 degree of protection, which means they are completely dust-tight and resistant to strong water jets. In addition, a C4/C5 anti-corrosion class has been used, making the device suitable for environments with high humidity and air pollution, including outdoor installations near coastlines or industrial areas. ### What communication interfaces does the GoodWe PCS offer, and can it be integrated with a building automation system (BMS/SCADA)? The PCS series features Ethernet, RS485, and CAN ports. This allows for easy connection to SCADA, EMS, or BMS systems commonly used in industrial and building automation. Support for standard communication protocols enables remote monitoring of operation, control of charging and discharging schedules, and integration with energy management systems across the entire facility. ### Does the GoodWe PCS operate in off-grid mode, and does it provide backup power during power outages? Yes, the GoodWe PCS series supports both on-grid and off-grid modes. In off-grid mode, the device provides a stable and balanced voltage even with asymmetrical and half-wave loads, without the need for additional isolating transformers. This allows for continuous power supply to critical loads within the facility during a power outage. ### What is the purpose of peak shaving in GoodWe PCS, and how much can be saved on energy bills? Peak shaving, or peak load reduction, involves using the battery to supply power during peak demand periods instead of drawing power from the grid. This prevents exceeding the agreed-upon power limits and associated balancing charges. GoodWe PCS natively supports this function - the savings depend on the tariff and the energy consumption profile of the specific facility, but for industrial consumers, they can be significant, especially with large fluctuations in power consumption throughout the day. ## Datasheet [Manufacturer datasheet (PDF)](https://comparepv.com/datasheets/inverters/pcs100-125k-99eb4f6ad983.pdf) ## Alternatives | Inverter | Rated AC | Euro efficiency | MPPT | Weight | Difference | | --- | --- | --- | --- | --- | --- | | [Ginlong Solis S6-EH3P100K10-NV-YD-H](https://comparepv.com/inverter/ginlong-solis-s6-eh3p100k10-nv-yd-h) | 100 kW | 97.2% | 10 | 170.0 kg | 90.0 kg heavier | | [Growatt WIT 100K-A-US / WIT 100K-AU-US](https://comparepv.com/inverter/growatt-wit-100k-a-us-wit-100k-au-us) | 100 kW | | | 120.0 kg | 40.0 kg heavier | | [Growatt WIT 100K-AU-US](https://comparepv.com/inverter/growatt-wit-100k-au-us) | 100 kW | | | 140.0 kg | 60.0 kg heavier | | [Growatt WIT 100K-H-US / WIT 100K-HU-US](https://comparepv.com/inverter/growatt-wit-100k-h-us-wit-100k-hu-us) | 100 kW | | 10 | 60.0 kg | 20.0 kg lighter | | [Growatt WIT 100K-A](https://comparepv.com/inverter/growatt-wit-100k-a) | 100 kW | | | 120.0 kg | 40.0 kg heavier | | [Growatt WIT 100K-AU](https://comparepv.com/inverter/growatt-wit-100k-au) | 100 kW | | | 120.0 kg | 40.0 kg heavier | | [Growatt WIT 100K-H / WIT 100K-HU](https://comparepv.com/inverter/growatt-wit-100k-h-wit-100k-hu) | 100 kW | | | 140.0 kg | 60.0 kg heavier | | [Growatt WIT 100K-HU-US](https://comparepv.com/inverter/growatt-wit-100k-hu-us) | 100 kW | | | 160.0 kg | 80.0 kg heavier | --- Source: https://comparepv.com/inverter/goodwe-gw100-pcs-n-g10