Engineered for extreme environments, delivering high efficiency grid tie and off-grid performance.
Guangzhou HanFong New Energy Technology Co., Ltd. stands as a premier audited manufacturer and developer of comprehensive solar energy storage technologies, power inverters, and MPPT solar charge controllers. Established in 2013, we have served as an electrical engineering pioneer, advancing DC to AC power inversion solutions that drive commercial, industrial, and off-grid residential installations globally.
Strategically headquartered in Guangzhou City, China, our manufacturing headquarters boasts direct proximity to key logistics hubs, allowing efficient global containerized shipping by air and sea. Through our rigorous commitment to proprietary R&D and standardized multi-stage quality gates, HanFong products are widely recognized for their durability, superior power topology, and system integration efficiency.
Equipped with a modern 5,000 square meter factory floor and backed by over 150 proficient specialists, we seamlessly execute high-volume OEM and ODM configurations. We ensure strict adherence to European quality benchmarks, holding full CE and RoHS certifications, cementing our reputation as a trusted Tier-1 partner to global EPC contractors and distributors across North America, Europe, Africa, South America, the Middle East, and Asia.
Deep technical architecture optimized for commercial self-consumption and resilient off-grid micro-grids.
Integrating off-grid flexibility with grid-tied stability. Our inverters feature dual-MPPT trackers and dynamic transient response to handle unbalanced building loads, guaranteeing seamless transfer times (<10ms) during power outages.
Our proprietary algorithms achieve a tracking efficiency rating over 99.8%. This optimizes power generation during partial roof shading, varying tilt angles, and high-heat rooftop environments where module voltages naturally decline.
Built with intelligent variable-speed active cooling and customized heavy-duty aluminum heatsinks. Our components are rated for continuous operation at 50°C ambient temperatures without power de-rating.
HanFong's manufacturing base is strategically located in the Pearl River Delta industrial ecosystem, granting us unmatched supply chain efficiency and product adaptation speed:
Direct raw material access to top-grade IGBT silicon modules, low-loss toroidal copper cores, and automotive-grade microcontrollers reduces lead times by 30% compared to non-coastal competitors.
Close proximity to Nansha Port and Baiyun International Airport facilitates fast sea freight consolidations, streamlined customs clearance, and cost-effective bulk shipping worldwide.
Our 5,000 square meter plant features modular surface-mount (SMT) lines and automated testing, allowing us to pivot production from off-grid recreational vehicle inverters to large-scale three-phase commercial VFDs.
Providing international buyers, EPC contractors, and OEM brands with scalable customization frameworks.
We adjust inverter output stages to align with national grid interfaces worldwide: single-phase 110V/220V split-phase systems for the Americas, three-phase 380V/400V/415V arrays for industrial markets, and 50Hz/60Hz adaptive grid synchronization protocols.
Integrate with Building Energy Management Systems (BEMS) via Modbus RTU/TCP protocols. We offer embedded customized firmware configuration, external Wi-Fi, GPRS, and Bluetooth telemetry nodes for real-time monitoring and reporting.
From custom sheet-metal powder coating in corporate color schemes to branded packaging and regulatory compliance labeling, our R&D team provides comprehensive industrial engineering adjustments to meet local brand requirements.
Navigating varying regional grid dynamics is the primary challenge in commercial PV projects. HanFong provides engineering solutions customized for local grid interconnection requirements:
Designed with active anti-islanding protection and reactive power control, meeting grid feed-in regulations like Germany’s VDE-AR-N 4105 and North America’s IEEE 1547.
Protected by IP65 enclosures and anti-corrosion marine-grade coatings, ensuring reliable operation in high-salinity coastal areas and high-humidity equatorial climates.
Fully compatible with lead-acid (Gel/AGM) and next-gen lithium iron phosphate (LiFePO4) storage arrays, optimizing battery lifespan through temperature-compensated charging curves.
Optimized performance profiles built for specific commercial, residential, and agricultural demands.
Designed for factories and office parks to reduce peak tariffs. Our system prioritizes solar power for local loads during peak times, using energy storage to shave load spikes and lower demand charges.
Engineered for high reliability, our off-grid inverters and MPPT charge controllers provide stable power for off-grid communities, mining camps, and remote telecommunications towers.
Our Variable Frequency Drives (VFDs) run high-power agricultural pumps directly from PV arrays without battery storage, matching motor speeds to solar irradiance for maximum water yield.
Emerging trends in clean energy integration, advanced energy analytics, and power grid optimization.
Next-generation inverters utilize neural networks to analyze electrical noise and load patterns, predicting hardware faults and scheduling preventive maintenance before system disruption. HanFong is integrating these algorithms to safeguard critical systems and extend operating lifetimes.
Transitioning from traditional silicon to Silicon Carbide (SiC) and Gallium Nitride (GaN) switching components allows inverters to run at higher switching frequencies. This reduces heat generation and filter size, yielding lighter enclosures with efficiencies exceeding 99%.
Detailed technical insights for solar system designers, procurement directors, and plant managers.
Low-frequency inverters use a robust toroidal copper transformer to handle large voltage surges. This makes them ideal for starting heavy inductive loads like air conditioners, compressors, and water pumps. High-frequency inverters use electronic switching components instead, offering a lighter weight, smaller footprint, and higher efficiency under steady resistive loads, making them perfect for residential installations and office equipment.
Our Maximum Power Point Tracking (MPPT) software scans the full voltage range of the PV string every few seconds to identify the optimal current-voltage point (Pmp). This dynamic tracking maintains high charger efficiency (up to 99.8%) during rapid changes in solar irradiance, such as passing clouds, hazy conditions, or high cell temperatures.
Yes. HanFong hybrid power systems support communication integration with major lithium battery brands via RS485 and CAN interfaces. By connecting directly with the Battery Management System (BMS), the inverter receives cell voltages, state of charge (SoC), and temperature limits in real time, preventing overcharging and extending battery life.
We maintain strict quality control at every phase: Incoming Quality Control (IQC) for components, In-Process Quality Control (IPQC) on our automated SMT assembly lines, and Final Quality Control (FQC) which includes full load testing under high ambient temperatures. Every inverter undergoes automated diagnostics before packaging to verify safety and efficiency standards.
Our complete inverter and controller lineups comply with European standards, holding CE, RoHS, and LVD certifications. We also adapt firmware for regional grid codes, incorporating active islanding detection and grid voltage stabilization to facilitate smooth project approvals and grid interconnection.
Standard products ship within 10 to 15 days, while customized OEM/ODM projects average 25 to 35 days. This engineering process includes circuit board optimization, custom metal chassis production, firmware integration, and multi-stage testing, ensuring high reliability for custom branded equipment.
Premium balance-of-system solutions designed for commercial energy storage and industrial motor control.
Sriram Electricals