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V Series
Fox ESS
Three-Phase Grid-Tied Inverter
640*430*243mm
41-50kg
5 years
Product Description
FoxESS V Series Three-Phase Grid-Tied Inverter is a core product developed by FoxESS (founded in 2019) specifically for three-phase industrial and commercial scenarios. The company focuses on R&D, production and sales of PV inverters, energy storage inverters, lithium batteries, EV chargers and heat pumps. With its full industrial chain layout and global technical accumulation, it provides stable, efficient and safe large-scale PV energy conversion services for industrial and commercial users. Covering a power range of 30kW-75kW, this product focuses on the core needs of industrial and commercial PV projects, integrates featured functions such as string detection, PID recovery and high protection, and has passed multiple international authoritative certifications, making it suitable for complex industrial and commercial application environments and large-scale PV array deployment.
Wide Voltage Range & MPPT Configuration: The MPPT operating voltage range is 200V-1000V, and the full-load voltage range is 550V-800V, which is highly compatible with large-size, high-power-density PV modules and large-scale PV arrays. Equipped with 3-6 MPPT channels according to different power segments, each channel supports 2 strings connection, with a maximum short-circuit current of up to 50A and a maximum short-circuit current of 40A per MPPT channel, flexibly adapting to complex roof layouts and multi-string connection requirements in industrial and commercial scenarios.
Efficient Conversion & Performance Optimization: Inheriting FoxESS's efficient technical genes, it adopts advanced power conversion topology and precise MPPT algorithm to ensure high conversion efficiency and stable power generation output (referring to the technical standards of the same series products, the core efficiency indicators are industry-leading). Equipped with PID recovery function, it can automatically detect and optimize the PID effect of modules, reduce power loss during the module life cycle, efficiently restore system performance, and extend the overall revenue cycle of the PV system.
Low Loss & Grid Compatibility: The total harmonic distortion of current (THDi) is strictly controlled at a low level, meeting the grid connection requirements of industrial and commercial grids and avoiding electromagnetic interference to production equipment; the power factor can be flexibly adjusted to adapt to grid dispatching needs, actively optimizing the power quality of the grid and improving the grid-friendliness of the project.
Compact Structure Design: With dimensions of 640×430×243mm, the structure is compact and regular, supporting wall-mounted or floor-mounted installation. It can be flexibly deployed in industrial plant distribution rooms, outdoor equipment areas, roof equipment platforms and other scenarios, saving installation space and adapting to different plant layout requirements.
Plug-and-Play & Modular Expansion: Adopting a modular design, it supports parallel expansion of multiple devices to meet the flexible power configuration needs of 30kW to hundreds of kW industrial and commercial projects; the plug-and-play wiring design and built-in insurance protection simplify the on-site wiring and debugging process, shorten the construction period, and reduce project installation costs and construction schedule pressure.
IP66 Super High Standard Protection: With IP66 dustproof and waterproof rating, far exceeding the industry's conventional protection standards, combined with C5 corrosion resistance design, it can work stably in extreme industrial environments such as high temperature, high humidity, coastal salt spray and heavy dust, greatly reducing the maintenance cost of outdoor installation and extending the product life cycle.
Full-Dimensional Intelligent Detection: Built-in insulation detection and leakage current detection functions, standard with PV string detection function, which can real-time collect the DC current of each PV string, monitor the string connection status and operation performance, accurately identify faults such as string abnormalities, line leakage and insulation degradation, and trigger alarms in time to facilitate maintenance personnel to quickly locate problems.
Core Safety Protection Functions: Standard with DC side Type II and AC side Type III surge protection, which can effectively resist grid surge impacts on different sides and improve the anti-interference ability of the equipment in complex grid environments. Optional DC arc protection is available, with full-scenario fault protection functions such as anti-islanding protection, AC short circuit protection, AC overcurrent protection, AC overvoltage/undervoltage protection and overtemperature protection, which can quickly respond to circuit abnormalities and fully protect the safety of equipment, PV arrays, power grids and personnel.
Compliance Certification & Quality Assurance: Strictly following industrial and commercial product design standards and international authoritative specifications (referring to EN/IEC series standards), it has passed multiple certifications such as electromagnetic compatibility, grid connection and safety regulations. The product has undergone rigorous reliability tests such as high and low temperature cycles, salt spray and vibration, ensuring stable and durable operation in long-term high-intensity operation and meeting the long-term operation needs of industrial and commercial projects.
Multi-Mode Remote Monitoring: Supports WIFI/4G (optional) remote communication, accesses FoxESS intelligent monitoring platform, and is compatible with mobile APP (iOS/Android dual ends) and web access. Users can real-time view core parameters such as equipment output power, conversion efficiency and string current, check power generation statistics, receive fault push notifications, and realize remote and visual management.
Intelligent Monitoring Platform Empowerment: Relying on the data analysis, fault traceability and batch management functions of the monitoring platform, it provides customized energy reports for industrial and commercial users to help optimize power consumption strategies and load allocation; supports centralized monitoring of multiple devices and maintenance work order distribution, reduces the frequency of on-site inspections, lowers labor maintenance costs, and improves project management efficiency.
Low-Consumption & Quiet Operation: Adopting optimized cooling design and noise reduction technology, the operating noise is controlled within a reasonable range, avoiding interference to factory production and office environments; the standby power consumption is low, practicing the concept of energy conservation and further reducing the energy loss of the project during non-power generation periods.
Strong Load-Bearing & Grid Adaptation: Adapting to the three-phase grid structure of industrial and commercial grids, the rated output power covers 30kW-75kW, which can stably bear the high-power electricity demand of factory production equipment and office loads. It supports grid monitoring function, which can real-time respond to grid state changes and ensure the stable and coordinated operation of the power generation system and the grid.
Global Market & Service Guarantee: Relying on FoxESS's global marketing network and service system, the product has been widely used in industrial and commercial PV projects such as factory buildings, commercial complexes, industrial parks and large supermarkets, winning recognition from global users. The company provides a complete after-sales service and quality guarantee policy, with service centers and spare parts warehouses in many places around the world, quickly responding to user needs and ensuring the continuous and stable operation of the project.
Full Industrial Chain Comprehensive Solution: Backed by FoxESS's complete product ecology, the V series can be flexibly combined with energy storage systems, charging piles, smart meters and other products to provide one-stop comprehensive energy solutions such as "PV+Energy Storage" and "PV+Charging", meeting the diversified needs of industrial and commercial users for green electricity self-use, peak-valley arbitrage and emergency power supply, and helping to achieve energy cost optimization and green transformation.
From large-scale factory roof PV power stations to commercial complex and industrial park distributed PV projects, FoxESS V Series Three-Phase Grid-Tied Inverter takes "efficient power generation, stability and reliability, safety protection, intelligent O&M" as its core advantages, accurately matching the high-power, long-cycle and low-maintenance needs of industrial and commercial scenarios. It has become a preferred solution for medium and high-power industrial and commercial distributed PV projects, and works with FoxESS to help enterprise users reduce electricity costs and achieve green and sustainable development.
