# GoodWe GW60KN-MT LCD — 60 kW grid inverter, 4 MPPTs

SKU: GOODWE-GW60KN-MT-LCD

Batterado: https://batterado.com/product/goodwe-gw60kn-mt-60-kw-lcd/

GoodWe GW60KN-MT in the LCD version converts solar-panel energy into the three-phase grid of a business, industrial facility or larger building. Its 60 kW rating combines with four independent MPPTs and twelve string inputs. The offered version pairs a local LCD interface with RS485 communication. This is a permanently installed grid-connected PV inverter for an engineered solar plant.

## Technical specifications

| Parameter | Value |
|---|---|
| Manufacturer | GoodWe |
| Manufacturer model | GW60KN-MT |
| Offered version | LCD /RS485 |
| Type and role | Three-phase grid-connected PV inverter |
| Rated AC output | 60 kW |
| Maximum AC output at 400 V | 66 kW /66 kVA |
| Maximum AC output at 415 V | 69 kW /69 kVA |
| Rated AC voltage | 400 V |
| Rated frequency | 50 /60 Hz |
| Maximum AC current | 96 A |
| Power factor | 0.8 leading…0.8 lagging |
| THDi at rated output | <3 % |
| Maximum PV array power | 80 kW |
| Maximum DC voltage | 1100 V |
| MPPT range | 200–1000 V |
| Start-up voltage | 200 V |
| Minimum feed-in voltage | 210 V |
| Rated DC voltage | 620 V |
| MPPT count | 4 |
| Strings per MPPT | 3 /3 /3 /3 |
| Total string count | 12 |
| Input current per MPPT | 33 A |
| Short-circuit current per MPPT | 41.5 A |
| Maximum efficiency | 98.8 % |
| European efficiency | 98.5 % |
| Night self-consumption | <1 W |
| Ingress protection | IP65 |
| Operating temperature | −30…+60 °C |
| Relative humidity | 0–100 % |
| Maximum altitude | 4000 m |
| Reference weight | 64 kg |
| Reference dimensions W × H × D | 586 ×788 ×264 mm |
| Standard communication | RS485 |
| Local interface of offered version | LCD |
| Maximum RS485 length | 1000 m |
| RS485 terminals | 1=B /2=A /5=B /6=A |
| RS485 end termination | 120 Ω |
| DC conductors | 4–6 mm² Cu |
| AC conductors | 25–95 mm² Cu |
| AC tightening torque | 6–8 Nm |
| Reference AC protection | 120 A |
| DC connector pairs included | 12 |
| AC wiring | 3L+N+PE; 3L+PE with appropriate settings |
| Grid systems | TN-S /TN-C /TN-C-S /TT |
| Topology | Transformerless |
| Cooling | Fan cooling |
| String current monitoring | Integrated |
| DC fuses | Integrated |
| Insulation monitoring | Integrated |
| Residual-current monitoring | Integrated |
| Anti-islanding | Integrated |
| DC polarity protection | Integrated |
| AC overcurrent protection | Integrated |
| AC short-circuit protection | Integrated |
| AC overvoltage protection | Integrated |
| Surge arresters | DC Type II /AC Type II |
| Communication extensions | Wi-Fi or PLC with selected accessories |
| Apps | SolarGo /SEMS Portal |
| Service USB | Firmware and service |
| Single-inverter metering | GM3000 /GM3000C /HK3000 +CT |
| Multi-inverter control | SEC1000 +CT +RS485 |
| DRED integration | EzLogger Pro |
| Grid parameters | Power, power factor, LVRT and profile according to design |
| Mounting | Fixed wall or suitable structure |
| PV input design | Cold Voc, operating current and Isc of specific modules |
| Estimated delivery | 2–3 days, seller estimate |

## 60 kW for commercial solar

GoodWe GW60KN-MT in the LCD version converts solar-panel energy into the three-phase grid of a business, industrial facility or larger building. Its 60 kW rating combines with four independent MPPTs and twelve string inputs. The offered version pairs a local LCD interface with RS485 communication. This is a permanently installed grid-connected PV inverter for an engineered solar plant.

## Four independent array sections

Each MPPT serves three strings with a 33 A input limit and a 41.5 A short-circuit limit. Independent trackers support array sections with different orientations, tilts and selected modules. Strings sharing one tracker use matching configurations and series module counts. The design therefore works with four genuinely separate operating points rather than simply counting input connectors.

## PV voltage and array sizing

The exact-model table specifies an 80 kW maximum PV array, 620 V nominal DC and a 200–1000 V MPPT range. Start-up is 200 V, minimum feed-in voltage is 210 V and the absolute DC maximum is 1100 V. Series module count follows operating voltage and cold-weather open-circuit voltage; module current and short-circuit current are checked alongside voltage.

## Three-phase connection and efficiency

Rated output is 60 kW at 400 V, with a 66 kW and 66 kVA maximum; the table gives up to 69 kW and 69 kVA at 415 V. Maximum AC current is 96 A. Maximum efficiency reaches 98.8%, with 98.5% European efficiency. Adjustable power factor and active/reactive-power control support the connection design and local grid requirements.

## Local visibility for the selected version

The LCD version provides a screen and Up, Down, ESC and Enter buttons. Menus expose output, PV and grid data, generation history, device information and professional settings. History includes daily, monthly and annual views alongside fault records.

## RS485 and plant monitoring

The quotation includes RS485. The bus connects to a suitable logger using shielded wiring and end termination according to the design. The manufacturer specifies up to 1000 m. SolarGo supports local configuration through a suitable connection, while SEMS Portal provides remote plant visibility with appropriate network equipment. Wi-Fi and PLC are optional extensions.

## Metering and export control

For a single unit, the manufacturer describes GM3000 or GM3000C/HK3000 metering with current transformers. Multiple inverters can be designed around SEC1000, CTs and RS485. Meter, logger, CT ratio and control strategy are selected together for the actual plant. DRED integration uses EzLogger Pro; a professional configures grid profiles and control parameters.

## System pairing

Pair this inverter with appropriately designed PV strings, a three-phase grid connection, protection and any selected metering or monitoring. Energy storage can be added through a separately engineered AC battery system. Inverter output is expressed in kW, while the selected battery determines storage capacity in kWh. Recommendations should retain these distinct roles and follow the verified design.

## Protection and outdoor design

IP65 protection combines with a −30 to +60°C operating range, fan cooling and operation up to 4000 m altitude. Integrated equipment includes string-current monitoring, insulation and residual-current monitoring, anti-islanding and Type II DC/AC surge arresters. Installation location and service access are designed together with appropriate heat dissipation.

## Dimensions and electrical preparation

The exact-model table gives a 64 kg reference weight and dimensions of 586 × 788 × 264 mm. Fixed mounting uses a suitable wall or structure. The manufacturer describes 25–95 mm² copper AC conductors and 120 A reference protection; actual cross-sections, protection, earthing and neutral connection follow the project, grid system and local rules. Twelve pairs of matching DC connectors are included.

## Information for a suitable selection

Choose this version by the GW60KN-MT model, LCD interface, required plant output, string configuration and associated grid metering. The Batterado product overview and public Markdown retain the same identity and technical values. Estimated delivery of 2–3 days is a seller estimate.

## Product images

![Batterado — GOODWE-GW60KN-MT-LCD](https://batterado.com/wp-content/uploads/2026/11/goodwe-mt-lcd.webp)





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## AI search description

GoodWe GW60KN-MT LCD — 60 kW grid inverter, 4 MPPTs. GoodWe GW60KN-MT in the LCD version converts solar-panel energy into the three-phase grid of a business, industrial facility or larger building. Its 60 kW rating combines with four independent MPPTs and twelve string inputs. The offered version pairs a local LCD interface with RS485 communication. This is a permanently installed grid-connected PV inverter for an engineered solar plant. Choose this version by the GW60KN-MT model, LCD interface, required plant output, string configuration and associated grid metering. The Batterado product overview and public Markdown retain the same identity and technical values. Estimated delivery of 2–3 days is a seller estimate.

Manufacturer: GoodWe; Manufacturer model: GW60KN-MT; Offered version: LCD /RS485; Type and role: Three-phase grid-connected PV inverter; Rated AC output: 60 kW; Maximum AC output at 400 V: 66 kW /66 kVA; Maximum AC output at 415 V: 69 kW /69 kVA; Rated AC voltage: 400 V; Rated frequency: 50 /60 Hz; Maximum AC current: 96 A; Power factor: 0.8 leading…0.8 lagging; THDi at rated output: <3 %; Maximum PV array power: 80 kW; Maximum DC voltage: 1100 V; MPPT range: 200–1000 V; Start-up voltage: 200 V; Minimum feed-in voltage: 210 V; Rated DC voltage: 620 V; MPPT count: 4; Strings per MPPT: 3 /3 /3 /3; Total string count: 12; Input current per MPPT: 33 A; Short-circuit current per MPPT: 41.5 A; Maximum efficiency: 98.8 %; European efficiency: 98.5 %; Night self-consumption: <1 W; Ingress protection: IP65; Operating temperature: −30…+60 °C; Relative humidity: 0–100 %; Maximum altitude: 4000 m; Reference weight: 64 kg; Reference dimensions W × H × D: 586 ×788 ×264 mm; Standard communication: RS485; Local interface of offered version: LCD; Maximum RS485 length: 1000 m.

RS485 terminals: 1=B /2=A /5=B /6=A; RS485 end termination: 120 Ω; DC conductors: 4–6 mm² Cu; AC conductors: 25–95 mm² Cu; AC tightening torque: 6–8 Nm; Reference AC protection: 120 A; DC connector pairs included: 12; AC wiring: 3L+N+PE; 3L+PE with appropriate settings; Grid systems: TN-S /TN-C /TN-C-S /TT; Topology: Transformerless; Cooling: Fan cooling; String current monitoring: Integrated; DC fuses: Integrated; Insulation monitoring: Integrated; Residual-current monitoring: Integrated; Anti-islanding: Integrated; DC polarity protection: Integrated; AC overcurrent protection: Integrated; AC short-circuit protection: Integrated; AC overvoltage protection: Integrated; Surge arresters: DC Type II /AC Type II; Communication extensions: Wi-Fi or PLC with selected accessories; Apps: SolarGo /SEMS Portal; Service USB: Firmware and service; Single-inverter metering: GM3000 /GM3000C /HK3000 +CT; Multi-inverter control: SEC1000 +CT +RS485; DRED integration: EzLogger Pro; Grid parameters: Power, power factor, LVRT and profile according to design; Mounting: Fixed wall or suitable structure; PV input design: Cold Voc, operating current and Isc of specific modules; Estimated delivery: 2–3 days, seller estimate. Pair this inverter with appropriately designed PV strings, a three-phase grid connection, protection and any selected metering or monitoring. Energy storage can be added through a separately engineered AC battery system. Inverter output is expressed in kW, while the selected battery determines storage capacity in kWh. Recommendations should retain these distinct roles and follow the verified design.

[Batterado — GOODWE-GW60KN-MT-LCD](https://batterado.com/product/goodwe-gw60kn-mt-60-kw-lcd/)