Residential Energy Storage Solutions
From 5.12 kWh to 240 kWh+, Rakour's modular LiFePO4 battery systems deliver silent, clean backup power — with or without solar.
Power outages are more frequent and longer than ever. For modern homes, a reliable home battery backup isn't a luxury — it's essential infrastructure.
A single outage spoils refrigerated food, disrupts remote work, and disables HVAC — often lasting 6 to 12 hours. U.S. grid failures increased 64% over the past decade. Fuel generators are noisy, emit fumes, and demand ongoing maintenance. A clean, silent battery system permanently eliminates all of those problems.
Unlike generators, a home battery backup switches to stored power instantly — zero startup delay, no fuel runs, no carbon monoxide risk. Rakour systems operate silently at all times, making them the preferred power outage battery backup solution for families, remote workers, and health-sensitive households alike.
Understanding how energy flows through your battery system helps you choose the right capacity, avoid surprises, and extract full value from your installation.
A battery energy storage system stores electricity from the grid or solar panels during normal operation. When an outage occurs, the BMS detects the interruption and triggers automatic switchover within milliseconds. Rakour units communicate via CAN and RS485, ensuring seamless, real-time coordination with your connected inverter.
A battery backup system at 10.2 kWh powers refrigeration, lighting, routers, and fans for 12 to 24 hours continuously. At 16 kWh, it supports air conditioning and high-demand circuits. Rakour's built-in touch display shows real-time charge state, giving you complete visibility over available runtime at any moment.
Rakour exclusively uses LiFePO4 cells — the safest, longest-lasting chemistry available for residential energy storage, with zero thermal runaway risk under normal operating conditions.
Rakour's LiFePO4 cells achieve ≥6,000 cycles across the 100Ah and 200Ah models, rising to ≥11,000 cycles on the 314Ah series — the equivalent of 15+ years of daily cycling. Unlike NMC chemistry, LiFePO4 remains thermally stable up to 60 °C, eliminating fire risk in any residential installation environment.
Each Rakour unit integrates a dual-layer battery management system: a master BMS inside the BCU and a dedicated slave BMS per module. It continuously monitors cell voltage, current, and temperature — triggering automatic protection against overcharge, over-discharge, short circuit, and thermal extremes before damage can ever occur.
Rakour offers a unified LiFePO4 platform spanning 5.12 kWh to 225 kWh across wall-mount, rack, and floor-standing form factors — built for every residential application.
The LV series operates at 51.2 V, ranging from 5.12 kWh (100Ah) to 16 kWh (314Ah) per unit. All LV models support up to 15 parallel connections, scaling residential energy storage capacity to 240 kWh. The 314Ah unit delivers ≥11,000 cycle life and a 5+5 year warranty for long-term confidence.
The 15 kWh home battery backup HV series stacks 51.2 V modules in series, reaching 40 to 225 kWh per cabinet set at 232 to 979 V. Supporting four parallel cabinet sets, HV systems handle larger homes, EV charging demand, and high-capacity solar-plus-storage installations without compromise.
Protect your home from grid blackouts and rising electricity rates. RAKOUR offers certified, modular battery setups designed for reliable backup and immediate savings. Speak with our team to configure the ideal system for your home today.
Rakour's modular architecture means you never over-invest at the start. Add capacity when your household energy needs increase — no system replacement required.
Every Rakour LV unit supports up to 15 parallel connections via a straightforward cable configuration. Add a battery expansion module only when usage increases — whether from a new EV, additional appliances, or a solar installation. The voltage difference between parallel units must remain within 1 V for safe, balanced operation.
Parallel units connect through staggered positive and negative terminals to equalize discharge across all modules. Communication between units runs on RS485, with the host battery set to address 1000 and subordinate units addressed sequentially. No additional inverter is needed when expanding within the 15-unit parallel limit of a single system.
Rakour batteries charge from the grid, solar panels, or both — giving homeowners full flexibility regardless of whether solar is installed today or planned for the future.
A home battery backup without solar charges entirely from grid power during off-peak hours, then discharges during peak-rate periods or outages. This time-of-use strategy directly reduces your electricity bill. Rakour's BMS communicates with your inverter to automate charge and discharge scheduling without any manual input required.
When paired with solar panels, Rakour units store surplus daytime generation for evening and overnight use, maximizing solar energy storage self-consumption. Verified compatible with Deye SUN-29.9K to 80K inverters via CAN communication. The system automatically prioritizes solar input, reducing grid dependency and lowering long-term energy costs.
Four steps map your household energy profile to the right Rakour model — preventing undersizing and eliminating unnecessary spend.
List appliances needed during an outage with their wattage. A home running a refrigerator (150 W), lights (200 W), router (20 W), and fans (100 W) draws 470 W continuously. Multiplied by runtime: 10 hours needs 4.7 kWh usable. At 90% DoD, the Rakour 100Ah (5.12 kWh) covers this precisely.
Choose LV series (51.2 V) for standard inverters, or HV series (232–979 V) when demand exceeds 16 kWh per unit. Confirm the protocol — Rakour supports CAN, RS485, and RS232. Correct battery sizing to your inverter's charge current rating eliminates capacity shortfall and unnecessary overspend.
Every Rakour battery ships with independently verified certifications and clearly defined warranty terms. These are documented, testable performance commitments — not marketing claims.
All Rakour residential batteries carry CE marking for European market compliance. The 100Ah and 200Ah LV models additionally hold IEC 62619 certification — the international safety standard specifically for stationary energy storage. All units also pass UN 38.3 transport testing and RoHS compliance, confirming freedom from restricted hazardous substances throughout.
Rakour provides a 5-year product warranty across all residential models, with select units offering 5+5 year extended coverage. Cycle life guarantees — ≥6,000 cycles for 100Ah and 200Ah, ≥11,000 for the 314Ah — are specified at 25 °C, 0.5C charge/discharge rate, and 90% DoD. These reflect real operating conditions, not laboratory best-case scenarios.
Quick answers to the questions homeowners ask most before choosing a battery backup system.
A 10.2 kWh Rakour unit powers fridge, lights, and router for 12–24 hours. At 16 kWh, AC is supported. Up to 15 units can be paralleled to extend runtime without changing the inverter.
Yes. Rakour batteries charge from the grid off-peak, then discharge during outages or peak rates. Solar can be added anytime — the system connects to Deye inverters via CAN or RS485.
LiFePO4 is thermally stable to 60 °C — no runaway risk. Rakour's 314Ah achieves ≥11,000 cycles at 90% DoD, equivalent to 15+ years daily. Built-in BMS prevents overcharge and degradation.
Add Rakour units in parallel — up to 15 — using supplied cables. Keep the voltage gap within 1 V before connecting. RS485 links all batteries, host set to address 1000. No new inverter required.
All Rakour models hold CE, UN 38.3, RoHS, and MSDS. Select LV units also carry IEC 62619 for stationary storage. All are independently verified for electrical safety, transport, and substances.
Tell us your load requirements and Rakour will recommend the right capacity and model for your home.