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Fox Hybrid Inverter 10kW 3-Phase
3-phase 10kW hybrid inverter with 2 MPPT and EPS function. Maximum input power 13kW, voltage range 160-950V. Efficiency 98%, protection rating IP65. Compatible with energy storage systems.
GPV-400-46 Availability: Temporarily unavailable
£1,260.07
Fox Hybrid Inverter 5kW 3-Phase
3-phase 5kW hybrid inverter with DC isolator and IP65 certification. Maximum efficiency 97.8%, 2 independent MPPT trackers, operating voltage 160-950V. Compatible with FoxESS energy storage systems.
GPV-400-43 Availability: Temporarily unavailable
£1,241.83
Fox Hybrid Inverter 6kW 3-Phase
3-phase 6kW hybrid inverter with 2 MPPT and DC isolator. Maximum efficiency 97.8%, operating voltage 160-950V. Compatible with energy storage systems, IP65 protection, WiFi/ETH monitoring.
GPV-400-44 Availability: In stock (almost sold out)
Delivered within: 10 Business days
Fox Hybrid Inverter 8kW Three-Phase
3-phase 8kW hybrid inverter with 2 MPPT and EPS function. Maximum input voltage 1000V, MPPT range 160-950V. Efficiency 98%, protection rating IP65. Compatible with FoxESS energy storage systems.
GPV-400-45 Availability: In stock (almost sold out)
Delivered within: 10 Business days
FoxESS 8kW Three-Phase Inverter 12.8A
3-phase 8kW inverter with 2 MPPT trackers and maximum voltage 1100V DC. European efficiency 97.8%, integrated DC switch and AFCI protection. IP65 rating, WiFi/RS485 monitoring, compatible with FoxESS energy storage systems.
GPV-400-37 Availability: Temporarily unavailable
£528.42
FoxESS Inverter 10kW 3-Phase 15.9A
3-phase 10kW inverter with 2 MPPT trackers and maximum DC power 15000W. Equipped with DC switch and AFCI protection. European efficiency 97.8%, maximum 98.6%. MPPT voltage range 140-1000V DC. Protection rating IP65.
GPV-400-38 Availability: In stock (almost sold out)
Delivered within: 10 Business days
FoxESS Inverter 12kW 3-Phase 19.1A
3-phase 12kW inverter with 2 MPPT trackers, maximum voltage 1100V DC, output current 19.1A. European efficiency 97.8%, transformerless topology, AFCI protection, protection rating IP65.
GPV-400-39 Availability: In stock (almost sold out)
Delivered within: 10 Business days
FoxESS Inverter 15kW 3-Phase 23.9A
3-phase 15kW inverter with maximum DC voltage 1100V and 2 MPPT trackers. European efficiency 97.8%, maximum 98.6%. Equipped with DC isolator and AFCI protection. Protection rating IP65, operating temperature range -25 to 60°C.
GPV-400-40 Availability: Temporarily unavailable
£627.77
FoxESS Inverter 17kW 3-Phase 27.1A
3-phase 17kW inverter with maximum current 27.1A and 2 MPPT trackers. DC voltage 140-1000V, efficiency 98.6%. Equipped with DC switch and AFCI protection, IP65 rating.
GPV-400-41 Availability: Temporarily unavailable
£1,078.28
FoxESS Inverter 3kW 3-Phase 4.8A
3-phase 3kW inverter with 2 MPPT, 97.8% efficiency. Operating voltage 600V DC, maximum output current 4.8A. Equipped with DC switch and AFCI protection, protection rating IP65.
GPV-400-42 Availability: Temporarily unavailable
£499.06
FoxESS Inverter 4kW 3-Phase 6.4A
3-phase 4kW inverter with 2 MPPT trackers, 97.8% efficiency, operating voltage 600V DC, MPPT range 140-1000V. Equipped with DC switch and AFCI protection, IP65 rating, WiFi/RS485 monitoring.
GPV-400-34 Availability: Temporarily unavailable
£503.57
FoxESS Inverter 5kW 3-Phase 8.0A
3-phase 5kW inverter with 2 MPPT, 97.8% efficiency, AFCI protection, DC switch, IP65. MPPT voltage range 140-1000V, max current 8.0A. WiFi monitoring, RS485. Transformerless design.
GPV-400-35 Availability: Temporarily unavailable
£512.61
FoxESS Inverter 6kW Three-Phase 9.6A
3-phase 6kW inverter with 2 MPPT trackers, maximum voltage 1100V DC, efficiency 98.6%. Equipped with DC switch and AFCI protection, IP65 rating, WiFi/RS485 monitoring.
GPV-400-36 Availability: In stock (almost sold out)
Delivered within: 10 Business days
Fronius Eco 25kW 3-Phase Grid-Tie Solar Inverter 1MPPT WLAN
3-phase 25kW grid-tied solar inverter with 1 MPPT and SnapINverter technology. Protection rating IP66, integrated module fuse sockets, Dynamic Peak Manager. Maximum efficiency 98.2%, European 98.0%.
GPV-400-59 Availability: Temporarily unavailable
£2,191.36
Fronius Primo Grid-Tie Inverter 3.6kW Single-Phase 2MPPT WLAN
Single-phase 3.6 kW inverter with SnapINverter technology and 2 MPPT trackers. Voltage range 80-1000V, efficiency 98%, integrated WLAN module and web server. Compliant with VDE AR N 4105.
GPV-400-58 Availability: In stock (large quantity)
Delivered within: 10 Business days
Fronius Symo 5kW 3-Phase Grid-Tied PV Inverter 2MPPT WiFi
5kW three-phase grid inverter | 2x MPPT trackers | Integrated WiFi. Voltage range 150-1000V DC, maximum efficiency 98%, European 97.3%. SuperFlex Design technology and Dynamic Peak Manager for optimal performance in shaded conditions.
GPV-400-50 Availability: In stock (almost sold out)
Delivered within: 10 Business days
Fronius Symo 7kW 3-Phase Grid-Tied PV Inverter 2MPPT WiFi
3-phase 7kW inverter with 2 MPPT trackers and integrated WiFi. Input voltage range 150-1000V, maximum efficiency 98%. SuperFlex Design technology ensures installation flexibility on roofs with different orientations.
GPV-400-52 Availability: In stock (large quantity)
Delivered within: 10 Business days
Fronius Symo Grid-Tied PV Inverter 4.5kW 3-Phase 2MPPT WLAN
3-phase 4.5kW inverter with 2 MPPT trackers and integrated WLAN. Voltage range 150-1000V DC, efficiency 98.0%, Modbus TCP SunSpec interface. SnapInverter technology and SuperFlex Design for flexible installation.
GPV-400-49 Availability: Temporarily unavailable
£1,199.90
Photovoltaic inverters
A key component of the photovoltaic system is the inverter, a device responsible for converting direct current (DC) generated by solar panels into alternating current (AC) used in domestic electrical installations with standard parameters (230/400 V 50Hz). The inverter also performs the function of monitoring system operations and collecting data on the energy generated, using Maximum Power Point Tracking (MPPT) technology.
The MPPT technology makes it possible to maximize the amount of energy produced by constantly tracking and adapting to the changing maximum power point of the panels, which changes depending on solar conditions. This increases the energy production efficiency in the photovoltaic system.
Photovoltaic inverters are also classified according to the number of phases into single-phase, which are used in systems with lower power, and three-phase, which are used in systems with higher power. In addition, we divide the inverters into transformer ones, which are equipped with a built-in transformer that ensures galvanic isolation between the DC and AC voltages, which is useful when earthing of one of the system poles is required, and transformerless ones, which are lighter and more efficient but require the use of additional protection measures.
We also differentiate between inverters in terms of their ability to connect to the grid. Grid-connected inverters, which allow surplus generated energy to be fed into the public grid, are key elements of on-grid installations. On the other hand, stand-alone inverters, which do not allow such a connection, are used in autonomous off-grid systems that enable complete independence from external power sources.