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The Terli Recharging Emergency power system delivers LiFePO4 battery backup power across four capacity models. All units share a uniform 500×530×240mm enclosure.
Model |
Power Pack |
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Battery Type |
LiFe PO4 |
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Battery Module |
3kWh | 5kWh |
7kWh | 10kWh |
Battery Capacity (Ah) |
60 |
100 |
150 | 202 |
Nominal Battery Energy (kWh) |
3 |
5.1 |
7.6 | 9.6 |
Max Output Power（kW） |
2.4 |
4.8 | 7.2 | 10.3 |
Net Weight（Kg） |
40 |
53 |
70 | 83 |
Dimension (L*W*H mm) |
500*530*240 |
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Working Voltage (V) |
43.2~58.4 | |||
Operating Temp.Range (°C) |
-20~50 |
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Calendar Life (Cycles) |
6000@25°C,80%DOD |
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Nominal Voltage(V) |
51.2 |
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Protection Level |
IP54 |
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| Communication | CAN/RS485 |
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| Performance Warranty | 10 Years | |||
Certification & Safety Standard |
TUV/CE/EN62619/IEC62040/UN38.3/CECAccredited |
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Monitoring & Protection |
BMS |
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The LiFePO4 battery chemistry inside this Terli emergency power system eliminates thermal runaway risk. These cells remain stable at temperatures where other lithium chemistries degrade, and contain no toxic heavy metals.
BMS protection: The battery management system monitors cell voltage and temperature, balances charge, and protects against overcharge and over-discharge — preventing common failure modes in energy storage deployments.
Deep-cycle longevity: A 6000-cycle deep-cycle design sustains daily charge and discharge for years without capacity loss.
Climate-resistant operation: The -20~50°C operating range supports deployment from tropical to subzero environments without performance derating.
IP54 protection: Sealed against dust and water splashes, the enclosure suits both indoor installations and sheltered outdoor placements.
Uniform installation footprint: All four capacity models share the same 500×530×240mm enclosure. Installers use one mounting template regardless of backup power capacity.
This Terli emergency power system delivers 6000 charge cycles — 2 to 3 times the 2000–3000 cycle lifespan of flooded lead-acid batteries. Distributors cover residential through small commercial needs with one product line: the 3–10kWh range serves apartments, homes, and offices from a single supplier.
The 10-year warranty shifts after-sales risk from the distributor to the manufacturer. With a sealed LiFePO4 battery, installers never schedule electrolyte refills or equalization charges that lead-acid systems demand.
Scaling capacity requires no system redesign. All models share the same enclosure and CAN/RS485 protocol, so a 3kWh installation expands to 10kWh using identical mounting hardware and inverter connections.
The 2.4–10.3kW discharge range supports real emergency and backup power loads. The system drives lighting, refrigeration, and small HVAC units without the voltage sag lead-acid banks show under sustained draw.
Every Terli emergency power system ships with TUV and CE certification, clearing customs into the European Union without additional testing. EN 62619 compliance confirms the LiFePO4 battery cells meet secondary lithium safety requirements. IEC 62040 certifies uninterruptible power system performance for backup power applications.
UN38.3 approval covers lithium battery transport by air, sea, and land — removing a common logistics barrier for international distributors. CEC Accredited status opens the Australian market for solar and energy storage projects.
Together, these six certifications cover EU, North America, and Australia. Distributors enter multiple regional markets from a single product stock, reducing compliance costs and inventory complexity.
Distributors sell this Terli emergency power system into markets where grid reliability drives immediate purchasing decisions. Caribbean islands, the Philippines, and sub-Saharan Africa face daily blackouts — the 3–10kWh range powers lights, refrigerators, and communications through outages lasting hours.
In Europe and North America, homeowners buy backup power for winter storm and hurricane season preparedness. Small commercial buildings — clinics, offices, retail shops — use the system to keep critical equipment running during grid failures.
The system integrates with off-grid and hybrid solar installations. Paired with solar panels and an MPPT inverter, the LiFePO4 battery stores daytime generation for nighttime use. The all-in-one architecture supports WiFi and Bluetooth monitoring, cloud-based diagnostics, and EV charging through a single energy storage unit.
Distributors targeting these regions move inventory fast: seasonal demand spikes before hurricane and monsoon seasons create predictable sales windows.
TERLI New Energy Technology Co., Ltd. builds the full solar power chain under one roof. Distributors source solar panels, inverters, mounting brackets, and LiFePO4 battery options from a single supplier — cutting procurement lead times and reducing vendor management overhead.
Tier-1 panel partnerships with LONGi, Trina, Jinko, and JA Solar give distributors access to PERC and HJT technologies with verified supply chain quality. OEM and ODM services support private-label branding for distributors building their own product lines.
Engineers design each emergency power system project to match site conditions. The team specifies panel count, inverter sizing, and battery capacity for installations from Caribbean off-grid cabins to European rooftops.
After-sales support covers the full warranty period with dedicated technical assistance. Distributors deal with one accountable partner for the entire backup power and energy storage system, not a collection of separate component vendors.
