Factory-Direct LiFePO4 Battery Manufacturer — Residential & Commercial
Rakour designs and manufactures LiFePO4 home battery storage systems from 5.12 kWh to 16 kWh — scalable, inverter-compatible, and CE/UN38.3 certified for global residential and C&I projects.
Grid instability, rising electricity costs, and growing rooftop solar adoption are driving urgent global demand for reliable residential battery storage.
Extreme weather events and aging grid infrastructure have made power outages a daily reality for homeowners globally. A battery energy storage system provides automatic failover in milliseconds — keeping refrigerators, medical devices, lighting, and home offices running without generator noise or costly fuel during extended grid failures.
Without storage, solar panels send surplus electricity back to the grid at unfavorable buyback rates. A solar energy storage solution captures that excess generation for direct self-consumption — raising the proportion of free solar power used inside the home from roughly 30% to over 80%, significantly improving system payback.
Electricity prices are climbing globally, hitting hardest during evening peak hours — exactly when solar stops generating. A home energy storage system charges on low-cost daytime solar power and discharges at night, allowing households to avoid peak-rate grid draw entirely and delivering commercial buyers a measurable financial return.
From compact 5.12 kWh wall-mount units to 225 kWh high-voltage stacks, Rakour covers every scale of home battery storage — for residential and commercial installations.
Rakour LV batteries operate at 51.2V in 100Ah, 200Ah, 280Ah, and 314Ah configurations — from 5.12 kWh to 16 kWh. Wall-mount models save floor space in compact homes, while rackable variants fit inside standard 19-inch cabinets. Up to 15 units connect in parallel, expanding residential energy storage capacity without replacing any existing hardware.
The Rakour HV series links 5 to 17 modules in series, delivering 80 kWh to 225 kWh at 232V–979V. Up to four HV sets run in parallel, letting installers build large-scale home battery storage for high-consumption households and small commercial facilities needing proven, certified, scalable performance across diverse markets.
The Rakour server rack battery follows standard 19-inch rack dimensions, fitting cleanly inside existing solar and telecom cabinets. CAN and RS485 communication ports ensure broad inverter compatibility. Built-in soft-start circuitry supports pairing with inverters that lack native soft-start capability, expanding deployment flexibility for professional installers.
Rakour engineers every home battery storage system around Grade A lithium iron phosphate cells — the safest, most thermally stable chemistry available for residential energy applications.
Lithium iron phosphate battery chemistry eliminates thermal runaway risk that affects NMC and NCA alternatives. LFP cells remain structurally stable at full charge and under physical stress, making them the required choice for CE and IEC62619-certified residential installations. Rakour sources only Grade A cells from audited, certified cell manufacturers.
Every Rakour unit runs a two-tier battery management system: a slave BMS inside each module monitors individual cell voltage and temperature continuously, while the master BCU manages full-stack behavior. Automatic protection covers overcharge, over-discharge, short circuit, over-current, and temperature fault conditions without any manual intervention required.
Rakour LFP batteries deliver over 6,000 cycles at 90% depth of discharge — exceeding 16 years of daily cycling. Built-in WiFi enables real-time remote monitoring via smartphone. A front-panel touch color screen displays live state-of-charge, active fault codes, communication settings, and current operating mode at a glance.
When specifying battery storage for solar power projects, certifications eliminate compliance risk. Rakour holds all major approvals required for residential and commercial deployment across global markets.
Rakour systems carry CE marking and comply with IEC62619 — the international safety standard for lithium cells in stationary applications. These approvals are mandatory for battery storage for solar power projects across EU member states and support grid-connection approval processes with local distribution network operators and building inspectors.
Every Rakour module passes UN38.3 testing: altitude simulation, thermal cycling, vibration, shock, and overcharge scenarios. This certification is required by international freight carriers for air, sea, and road transport of solar battery storage systems — enabling smooth customs clearance and on-time delivery to distributors in over 30 countries.
Rakour enforces full ROHS compliance across all battery components, eliminating restricted hazardous substances from every unit. Each production batch undergoes capacity grading, formation cycling, and aging tests before dispatch. Only modules meeting published voltage, capacity, and cycle-performance specifications pass final inspection and leave the factory floor.
Rakour solar battery storage systems serve residential self-consumption, off-grid independence, emergency backup, and commercial peak-demand management — each requiring different capacity and configuration.
Homeowners pair Rakour LFP batteries with rooftop solar panels to store daytime generation for evening use. A solar battery storage system charges from panels during daylight, powers the home after sunset, and switches to backup mode within milliseconds of any grid outage — delivering uninterrupted supply without manual switching or fuel.
For locations without reliable grid access, Rakour enables fully off grid solar system configurations. Up to 15 LV units in parallel — or 17 HV modules in series — deliver the capacity and runtime needed for isolated residences, agricultural facilities, and island communities requiring complete energy independence throughout the year.
Small commercial facilities deploy Rakour solar energy storage to cut peak-demand surcharges and shift load away from high-tariff periods. The system charges during off-peak hours and discharges during expensive windows — reducing monthly utility bills and delivering a transparent, calculable return on the initial capital investment.
Inverter compatibility is the top concern for installers specifying a new battery. Rakour systems are validated with the most widely deployed hybrid and solar inverter charger platforms on the market.
Rakour publishes dedicated wiring guides and BMS configuration settings for Deye SUN-29.9K~80K series inverters, with validated communication via CAN protocol. Systems are also field-tested with Growatt, Sofar, and SMA platforms. Solar inverter charger compatibility is confirmed before any model enters Rakour commercial production.
Every Rakour battery supports both CAN and RS485 — the two protocols used across all leading hybrid inverter platforms. Installers select the correct protocol via BMS address settings, eliminating compatibility guesswork. This dual-protocol design makes Rakour compatible with both existing and future grid tie inverter installations without additional adapters.
Certain hybrid inverters lack built-in soft-start circuitry, which can damage batteries on power-up. Rakour HV batteries include an internal soft-start circuit that safely limits inrush current during startup — expanding compatibility with a broader range of inverter models and reducing the risk of installation failure in the field.
Rakour is a vertically integrated manufacturer — not a trader. Every battery system is designed, assembled, tested, and dispatched from our production facility in Xiamen, China.
Rakour operates dedicated LiFePO4 assembly lines with cell capacity grading, formation cycling, and pack-level aging tests built into every production batch. Unlike resellers, Rakour controls every step from cell selection to final dispatch — making Rakour a true direct lithium ion battery manufacturer serving residential and C&I markets globally.
Rakour supports full OEM and ODM development — from custom voltage and capacity configurations to branded enclosures and private-label documentation. Distributors and integrators work directly with Rakour engineers to define lithium battery storage specifications, communication protocols, and enclosure dimensions tailored to local market requirements.
Every Rakour battery carries a 5-year manufacturer warranty supported directly by our own engineering team — not a third-party service provider. Firmware updates, replacement modules, and technical escalations are handled by the team that designed each system, ensuring fast, knowledgeable resolution without intermediary delays.
Use this overview to compare Rakour LV and HV models by capacity, voltage, cycle life, and communication before downloading the full datasheet for your project.
The Rakour LV range spans 5.12 kWh to 16 kWh at 51.2V nominal. A 100ah lithium battery LV unit supports 150A continuous discharge via CAN or RS485. Up to 15 units connect in parallel, scaling total capacity to 240 kWh from a single standardized platform without new hardware types.
Rakour HV systems link 5 to 17 modules in series across 232V–979V. Each module is a 48v lithium battery stack at 51.2V nominal. Maximum continuous discharge is 200A per set, with 4 parallel sets supported. HV200 cycle life exceeds 6,000 at 90% DOD — over 16 years of daily cycling.
All Rakour batteries discharge from -20°C to 60°C and charge from 0°C to 60°C, with IP20 indoor cabinet protection. Communication: CAN, RS485, built-in WiFi. Certifications: CE, UN38.3, MSDS, ROHS, IEC62619. Standard warranty: 5 years across all residential and commercial product lines.
A battery system is a long-term investment. Rakour backs every purchase with structured after-sales support, clear warranty terms, and direct access to engineering expertise.
Rakour warrants every residential battery for 5 years, with cycle specifications of 6,000+ cycles at 90% DOD for LV and HV200 series. The lifepo4 battery life guarantee is documented in the product datasheet and backed directly by the manufacturer — giving installers and end-users a verifiable performance commitment, not a vague promise.
Every Rakour model ships with multilingual installation manuals, wiring diagrams, inverter-specific setup guides, and BMS address configuration instructions. Firmware updates and communication protocol files are provided directly by Rakour, ensuring installers always have the latest resources for smooth, first-time commissioning without needing to call technical support.
Rakour provides direct technical support to authorised distributors and certified installers — not routed through a call center. Fault diagnosis, replacement module dispatch, and field escalation are handled by the engineers who designed each product. This battery energy storage support model reduces project downtime and protects your installation business.
Rakour works exclusively through authorized distributors and certified installers. Whether you are building a solar with battery storage portfolio or expanding into new markets, Rakour provides the product range and support infrastructure to compete.
Rakour's authorized distributor program gives regional partners access to competitive factory pricing, co-branded marketing materials, and dedicated account management. Distributors receive priority production allocation and early access to new launches — enabling you to build a differentiated solar with battery storage offering in your local market.
System integrators and EPC contractors can source Rakour batteries under private-label arrangements — custom branding, modified documentation, and tailored packaging. Rakour handles production and quality control while partners retain the customer relationship, creating a scalable, margin-protected lithium battery storage business without any manufacturing investment.
Rakour offers product training for distributor sales teams covering specifications, inverter compatibility, BMS configuration, and commissioning. Pre-sales engineering support helps partners size systems correctly and prepare accurate proposals for residential and commercial project tenders across supported international markets.
Xiamen Rakour Technology Co., Ltd. is a specialist lithium battery manufacturer delivering safe, certified systems for the global residential and C&I energy storage market.
Rakour was founded in Xiamen, China — a manufacturing hub with deep supply chain access to Grade A LiFePO4 cells and precision battery components. From the outset, Rakour positioned itself as a technology-led energy storage company, investing in in-house R&D, international certification, and process engineering rather than commodity reselling.
Rakour products are distributed across Europe, Southeast Asia, the Middle East, and the Americas. CE, UN38.3, IEC62619, and ROHS certifications enable legal deployment in major markets without additional approval steps. Every export shipment meets freight requirements, ensuring Rakour systems arrive on time and in full condition.
Rakour publishes full technical datasheets, user manuals, wiring guides, and certification documents for every product line. Factory audits are welcomed. Unlike anonymous online resellers of battery energy storage equipment, Rakour stands behind each system with its company name, engineering team, physical address, and a 5-year written warranty.
Direct answers to the most common technical questions from installers and project developers.
Rakour LFP batteries deliver 6,000+ cycles at 90% DOD, equating to over 16 years of daily use. Built-in BMS monitors cell voltage and temperature continuously to prevent premature degradation.
LiFePO4 cells remain stable under overcharge and physical stress, eliminating thermal runaway risk. Rakour uses Grade A LFP cells certified to CE and IEC62619 — the safest choice for residential use.
Rakour supports CAN and RS485 protocols, validated with Deye, Growatt, Victron, Sofar, and SMA inverters. A soft-start circuit supports inverters without native soft-start functionality on startup.
Rakour LV models support up to 15 units in parallel; HV sets allow 4 in parallel. LV parallel installations can reach 240 kWh total capacity from a single standardized battery platform.
Yes. Rakour rack batteries follow 19-inch standards, fit inside solar and telecom cabinets, and connect via CAN or RS485 — compatible with all major residential solar inverter brands available today.