Define Which Source Leads
PV, grid, battery and generator priority can be configured around energy cost, available solar, reserve requirements and site operating rules.
Solar–BESS–Diesel Microgrids, Engineered and Built by AINEGY
AINEGY designs and manufactures hybrid microgrid systems that combine LiFePO4 storage, PCS, solar MPPT, generator interfaces, ATS/STS, EMS and protection in one project-configured platform.
From 125 kW integrated cabinets to MW/MWh containerized systems, EMS-led microgrid engineering, PCB and BMS development, battery PACK assembly, system testing, shipment and overseas after-sales are connected by one technical organization.
Solar + BESS + Diesel125 kW to MW/MWhPCB + BMS DevelopmentOverseas Engineer Support
Hybrid Microgrid ArchitectureSolar, BESS, generator, grid and load coordination in one system design.
EMS, PCB and BMS DevelopmentMicrogrid control strategy leads the development of control hardware, communication and battery protection.
PACK-to-Container ManufacturingBattery assembly, cabinet integration, testing and shipment within the same delivery chain.
Overseas Engineer DispatchFactory engineers can travel to the customer's country when on-site after-sales work is required.
AINEGY Connects Every Power Source Around the Site Load
At remote mines, factories, water plants and weak-grid sites, the engineering problem is not simply adding a battery. Solar, storage, utility power and diesel generation must start, stop, charge, discharge and transfer according to one operating strategy.
AINEGY builds that strategy into cabinet and container platforms, then configures source priority, battery reserve, generator participation and grid-connected or off-grid modes around the actual project.
Use Diesel Where It Adds Value
Generator start, stop, battery charging and loading logic are matched to the selected equipment and project control strategy.
Reserve Energy for the Right Loads
Battery reserve, transfer architecture and critical-load priorities are defined from the customer's electrical design and backup objective.
Expand from Cabinets to Containers
Modular C&I cabinets and MW/MWh containerized systems support different power ranges, durations, footprints and parallel-expansion plans.
One Hybrid-Microgrid Architecture, Four Deployment Formats
Customers can start with an integrated PVDG cabinet or move to a MW/MWh container without changing the core requirement: battery, power conversion, solar input, generator interface and system control must work as one platform.
Integrated C&I Cabinet
125 kW / 261 kWh PVDG BESS
Battery, PCS, MPPT and generator port in one cabinet for commercial, agricultural and factory hybrid-power applications.
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Higher-Power C&I Cabinet
250 kW / 522 kWh PVDG BESS
A larger integrated cabinet for industrial loads, solar-plus-storage projects and modular parallel capacity expansion.
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5S Container Platform
500 kW / 1 MWh Solar-Diesel BESS
A containerized 5S platform integrating BMS, PCS, EMS, ATS and STS for industrial and remote microgrid projects.
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Higher-Energy Container
1 MW / 2 MWh Integrated Hybrid BESS
A liquid-cooled AC/DC integrated platform for longer-duration industrial, remote-power and off-grid configurations.
View ProductAINEGY Engineering & Manufacturing
Engineering & Control
AINEGY Manufacturing Base
Corporate & Project Operations
EMS & Microgrid Control R&D
Control Hardware R&D
Battery Management R&D
Manufacturing & Delivery
Enclosure Manufacturing
Battery PACK Manufacturing
Energy Storage System Integration
System Validation & Testing
Global Logistics & Delivery
Where AINEGY Meets EPCs, Distributors and Project Owners
International exhibitions are used to review real products and real project requirements. Customers can discuss grid voltage, generator topology, BESS power and duration, certification scope, local installation conditions and after-sales planning with AINEGY's technical and commercial teams.
Project ReviewDiscuss single-line diagrams, load profiles, PV and generator information before product selection.
Channel and Service PlanningAlign local installation, spare-parts, training and service responsibilities with distributors and EPC partners.
Market FeedbackUse regional certification, application and operating feedback to refine product and documentation priorities.
Overseas After-Sales Support—Including On-Site Engineer Dispatch
Remote diagnosis is the first response, not the limit of support. When a product issue cannot be resolved through data review, video guidance, software adjustment or parts replacement, AINEGY can arrange factory engineers to travel to the customer's country and work at the site, subject to the project scope and service agreement.
01Remote DiagnosisReview alarms, BMS/PCS/EMS data, wiring, photos and operating conditions.
02Corrective PlanDefine settings, software, spare parts, replacement modules and site preparation.
03Engineer DispatchCoordinate travel, access and tools, then send factory engineers to the customer's country.
04On-Site RecoveryDiagnose, repair or guide replacement, recommission the system and complete operator handover.
Hybrid-Microgrid Capability Proven in Deployed Systems
Two projects show the range AINEGY is building around: modular parallel cabinets for factory power and a MW/MWh container for mining-area infrastructure.
2 MW / 4 MWh Containerized Solar-Diesel BESS
A 40-foot hybrid energy-storage platform integrating LiFePO4 battery storage, PCS, EMS, solar MPPT, generator interface, fire protection and thermal management.
View Zambia Project
Parallel 100 kW / 215 kWh Solar-Diesel BESS Cabinets
Multiple integrated cabinets operating in parallel, with battery, PCS, EMS, solar MPPT and generator interfaces built into repeatable equipment units.
View Cambodia ProjectBuild the Hybrid Microgrid Around Your Site—not Around a Standard Brochure
Share your load profile, grid conditions, solar capacity, generator information, backup target and project location. AINEGY will evaluate the operating architecture, BESS power and energy, cabinet or container format, and required control interfaces.