Explore our elite selection of integrated battery modules, floor-mounted setups, and customizable commercial power solutions built for direct industrial export.
Historically, energy storage and power conditioning required separate component architectures: standalone battery banks paired with rack-mounted external string or microinverters. While functional, this traditional configuration suffers from excessive transmission impedance, complex localized wiring, high integration footprints, and critical points of failure at DC coupling interfaces.
As an industry-leading Inbuilt Lithium Battery Inverter Manufacturer, Shenzhen Grenergy Technology Co., Ltd. has pioneered the technological shift toward direct structural and electrical integration. By embedding the Power Conditioning System (PCS) directly into the Lithium Iron Phosphate (LiFePO₄) structural housing, we build an optimized ecosystem where battery management systems (BMS) and power electronics talk seamlessly over high-speed internal CAN/RS485 networks. This eliminates excessive cabling and improves round-trip efficiency (RTE) to over 95%, positioning us as a reliable choice for commercial and industrial users seeking high efficiency.
Integrated systems utilize unified thermal pathways. The heat generated by the inverter’s switching MOSFETs/IGBTs is isolated via dedicated internal barriers, while cooling fans or liquid thermal plates regulate the operating temperatures of both the LiFePO₄ cells and control boards concurrently.
By housing the power electronics inside the same grounded structural metal chassis as the high-voltage battery stack, electromagnetic interference (EMI) is tightly contained. This meets strict FCC Class B and CE requirements for residential installations.
Perfect for space-constrained locations, including recreational vehicles (RVs), luxury marine vessels, and residential garage walls. The sleek footprint eliminates extra mounting steps, significantly reducing contractor labor hours and structural overhead.
From remote off-grid farms in Australia to telecom cell towers in Europe, our inbuilt inverter systems deliver reliable power configurations.
In modern mobility applications like high-voltage electric golf carts, commercial utility vehicles, and overland recreational vehicles, mechanical vibration is a common challenge. Traditional external wiring frequently loosens under constant stress.
Our integrated models, such as the ODM 76.8V 100Ah and ODM 12.8V 300Ah RV units, combine battery cells and high-current management components inside shock-resistant enclosures. This design protects connection points, ensuring continuous performance on rough terrain.
Modern residential storage requires quick setup and compatibility with home solar panels. Homeowners want visually clean installations that do not require bulky, external power conversion equipment.
Wall-mounted configurations, like the 5.12kWh LiFePO₄ wall battery and 51.2V 314Ah high-capacity backup systems, fit cleanly onto standard walls. They communicate directly with home automation networks to support off-grid setups and solar charging, even during grid outages.
Field medical teams, military units, and emergency rescue crews require rapid deployment of power systems in challenging conditions. Conventional generators are loud and need constant refueling.
Our integrated ODM 25.6V 100Ah Power Station with 1500W Inverter (2560Wh) offers an easy-to-use plug-and-play setup. Equipped with AC/DC output ports and built-in MPPT controllers, these systems charge quickly from solar arrays, providing silent, reliable power for critical gear.
Shenzhen Grenergy Technology Co., Ltd. provides robust customization services. Recognizing that every commercial project has unique requirements, we adapt enclosure dimensions, output voltages (from 12V up to 768V), storage capacities, and communication protocols (CAN, Modbus, RS284) to meet client specifications.
Whether you are looking to scale your brand’s presence in Europe with specialized rack-mounted setups or need custom-branded power walls for North American distributors, our engineering team handles full structural, electrical, and aesthetic design from concept to production.
Staying ahead of energy trends through continuous R&D and material science integration.
By transitioning our inverter stages to Gallium Nitride (GaN) and Silicon Carbide (SiC) semiconductor switches, we reduce operational heat and increase switching frequencies, allowing for smaller, lighter integrated components.
We are testing solid-state battery integrations within our lab. This technology offers higher energy density and improved safety in high-stress applications like aviation and specialty transportation.
Our upcoming firmware releases will include AI algorithms that predict peak-shaving needs and adjust power draw based on local electricity rates, maximizing energy savings for users.
"The future of energy is modular and integrated. We are moving toward a world where standalone battery packs are replaced by smart, integrated energy devices."
Shenzhen is a leading global hub for lithium energy technology, providing access to a robust ecosystem of raw materials, engineering talent, and manufacturing facilities. Our location in Shenzhen's Pearl River Delta cluster enables us to source premium components with minimal lead times.
This proximity reduces transport times and logistics costs, allowing us to source and integrate materials like high-grade LFP cells, custom enclosures, and advanced PCBs efficiently. This translates to lower costs and shorter delivery timelines for our global clients.
Additionally, our automated production lines and advanced testing systems maintain consistent quality control standards, ensuring that every product meets global compliance requirements.
We source cells from trusted manufacturers like CATL and EVE, ensuring high cycle life and excellent performance under varying load conditions.
Our factory utilizes high-precision automated laser welding systems to ensure secure cell connections and minimize electrical resistance.
Each battery pack undergoes temperature cycling, vibration testing, and charge-discharge calibration before packaging and shipping.
Exporting to markets in North America, Europe, Australia, and Asia requires strict adherence to international safety standards. Grenergy holds certifications including ISO9001, ISO14001, ISO45001, UL, CE, FCC, PSE, and UN38.3.
To ensure complete piece of mind for our distribution and installation partners, we back our entire product line with a $3 Million USD global product liability insurance policy. This covers all products against potential mechanical or electrical issues in the field.
In addition to international certifications, our engineering team offers direct remote technical support and troubleshooting resources, assisting installers and engineers around the world with system configuration and commissioning.
Full compliance with electrical safety standards in North America and Europe.
Certified safe for global shipping and sea freight distribution.
Global liability coverage for distributors and enterprise installers.
Operations managed under ISO9001/14001/45001 standards.
Shenzhen Grenergy Technology Co., Ltd. was founded in 2010 with a focus on designing sustainable energy systems to replace traditional, high-emission power solutions. Over the last decade, we have developed a broad portfolio of energy storage products, including lead-acid replacement batteries, wall-mounted storage solutions, and portable power stations.
Our R&D team consists of chemical, mechanical, and software engineers who design and optimize our battery and inverter architectures. By building and testing systems in-house, we control safety, longevity, and overall system efficiency from start to finish.
We believe that clean, reliable power should be accessible globally. By working with international logistics partners and regional distributors, we deliver high-quality storage solutions to commercial, residential, and industrial clients around the world.
Clear answers to technical and commercial questions to help with your system procurement.
Browse our selection of heavy-duty cabinet systems, high-voltage battery modules for electric vehicles, and portable solar power stations.
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