Multi-Energy Integration Inverter

Send Inquiry
Multi-Energy Integration Inverter
Details
Multi-Energy Integration Solutions
Photovoltaic-Storage-Charging Integration (PV + Energy Storage + EV Charging)
Photovoltaic-Storage-Wind Complementarity (PV + Energy Storage + Wind Power)
Photovoltaic-Storage-Diesel Parallel Operation (PV + Energy Storage + Diesel Generator)
V2X Technology — Enabling Bidirectional Power Interaction Between Electric Vehicles and the Grid
Category
OnGrid Inverter
Share to
Description

Multi-Energy Integration Inverter Manufacturer | Hemao Solar

Wholesale multi-energy integration inverters. 98.4% max efficiency, IP65 protection, dual MPPT. Factory-direct OEM/ODM for EPC projects. Request a quote.

 

Product Overview & System Integration

The Hemao Multi-Energy Integration Inverter acts as the central processing unit for commercial and industrial PV systems. Designed for grid-tied applications and flexible to handle multi-source inputs, this unit stabilizes power delivery under fluctuating loads. As a primary manufacturer, we provide deep PCB-level customization, enabling specific grid-code compliance (EN50549, G99, AS4777.2) and specialized enclosure modifications for high-altitude or desert environments. This inverter is engineered for a 20-year design life, prioritizing thermal management and component redundancy.

Internal circuitry of Hemao multi-energy inverter showing high-grade capacitors and heat sink layout

 

Material & Technical Specifications

Parameter

Specification / Value

Max. Efficiency

98.4% (Euro Efficiency 97.8%)

MPPT Efficiency

>99.9%

Max. DC Input Voltage

1100V

Rated Output Power

10kW - 100kW (Project Dependent)

THDi

<3% (at rated power)

Cooling Method

Natural Convection / Controlled Fan Cooling

Enclosure Material

High-grade Die-cast Aluminum AL6005-T5

Protection Rating

IP65 / NEMA 4X

Operating Temperature

-25°C to +60°C (Derating above 45°C)

Communication Interface

RS485, CAN, WiFi, GPRS

Safety Certifications

CE, TUV, VDE, RoHS, IEC 62109-1/-2

 

Quality Control & Global Standards

Every unit undergoes a rigorous multi-stage validation process at our Xiamen facility. This includes 100% high-temperature full-load aging tests for 24 hours and Automated Optical Inspection (AOI) for all PCBA components. We adhere strictly to ISO 9001 standards. Our quality assurance team performs insulation resistance and leakage current tests on every batch before shipment to ensure zero-defect delivery for EPC contractors.

Technical wiring diagram of multi-source energy integration including PV, grid, and battery connections

 

Packaging & Logistics Safety

We utilize export-grade, reinforced plywood crates for all inverter shipments to prevent transit vibration damage. Each unit is encased in anti-static PE foam and vacuum-sealed to prevent moisture ingress during sea freight. For bulk orders, pallets are secured with PET strapping and corner protectors, ensuring the integrity of the IP65 seals and external connectors during multi-modal transport to regional distribution centers.

 

Typical Application Scenarios

Commercial Rooftop Arrays: Managing multi-directional strings on industrial warehouses.

Solar Irrigation Systems: Providing stable AC output for high-torque water pumps.

Remote Telecom Base Stations: Integrating solar with existing diesel or grid backhaul.

Agricultural PV (Agri-PV): Durable performance in high-humidity greenhouse environments.

 

100% full-load burn-in testing of solar inverters at Xiamen Hemao Industry factory

 

PAA (People Also Asked)

Q: How does the multi-energy integration handle phase imbalance in commercial grids?

A: Our inverter employs active neutral point clamping and DSP-controlled phase regulation. It monitors real-time grid voltage across all three phases, automatically adjusting current injection to maintain balance within <2% variance, preventing local grid instability and equipment tripping in industrial zones.

Q: What is the thermal derating profile for high-temperature desert installations?

A: The unit maintains 100% rated output up to 45°C. Beyond this, an intelligent thermal management system reduces output linearly to 70% at 60°C to protect internal electrolytic capacitors and IGBT modules from premature degradation, ensuring a 20-year operational lifespan in harsh climates.

Q: Can Hemao provide OEM PCB modifications for specific regional grid requirements?

A: Yes. As a source factory, we offer hardware and firmware customization. We can modify the MPPT voltage window, integrate specific DC connectors (MC4 or H4), and pre-load regional grid-profile firmware. Typical lead times for customized PCBA batches range from 4 to 6 weeks.

Call to Action

Request a precise system wiring diagram and wholesale project quote within 24 hours. Batch OEM samples are available for EPC quality testing and grid-code verification. Contact our engineering department for bulk pricing and technical documentation.

Hot Tags: multi-energy integration inverter, China multi-energy integration inverter manufacturers, suppliers, factory

Send Inquiry