The Terli Solar Power High Quality Powerpack for Heavy Industry is an industrial solar battery powerpack built for power systems engineers specifying backup and solar storage on demanding industrial sites. All three 48V models share identical electrical ratings; physical dimensions vary by capacity.
Main Features:
1. Maintenance free.
2. Long cycle life.
3. Bulit-in smart BMS with multiple protection and communication functions.
4. Wide working temperature range and high reliability.
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 ) | 19inch 4U | 19inch 5U | 19inch 5U | 19inch 5U |
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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Certification & Safety Standard |
TUV/CE/EN62619/IEC62040/UN38.3/CECAccredited |
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Monitoring & Protection |
BMS | |||
| HMI | LCD | |||
This LiFePO4 industrial battery supports RS485, RS232, and CAN — enabling native SCADA and inverter communication. The -20~55°C discharge range makes it a reliable 48V lithium battery for heavy industry sites with extreme ambient temperatures.
The Terli Solar Power High Quality Powerpack for Heavy Industry is an industrial solar battery powerpack with a built-in 100A Smart BMS. It delivers fail-safe lithium battery safety protection against five distinct fault types for continuous industrial operation.
Five-point fault protection: Guards against overcharge, over-discharge, overload, overheating, and short circuit — covering the full range of industrial electrical fault scenarios.
Explosion and combustion resistance: The system passed extreme safety performance tests with no explosion or combustion, confirming safe deployment in high-risk industrial sites.
Steady output voltage: The BMS stabilizes output under variable load, preventing voltage sag during peak industrial draw.
BMS protocol communication: The BMS operates over RS485, RS232, and CAN — enabling real-time state monitoring without additional gateway hardware.
32-unit parallel scalability: Up to 32 units connect in parallel under BMS coordination, scaling capacity for large industrial power projects.
Factory BMS validation: Every unit completes a dedicated BMS detection step within the 9-step production process before dispatch.
The Terli Solar Power High Quality Powerpack for Heavy Industry supports solar inverter compatibility with 40+ major brands. This removes custom integration work from standard industrial solar battery powerpack deployments.
40+ inverter brands: Works natively with SMA, Victron Energy, GoodWe, Solis, Schneider Electric, Deye, Growatt, Sungrow, SolaX Power, and other leading brands.
SCADA and inverter communication: The built-in BMS communicates over RS485, RS232, and CAN, enabling direct battery system integration with inverter management platforms.
DC and AC coupling: Supports DC-coupled and AC-coupled wiring configurations to fit existing solar installation layouts.
Grid-tied and off-grid modes: Operates in both grid-tied and fully off-grid setups without hardware reconfiguration between modes.
Parallel scalability: Up to 32 units scale within a single integrated system, with BMS-managed parallel coordination.
The Terli Solar Power High Quality Powerpack for Heavy Industry outperforms lead-acid alternatives across cycle life, weight, and power density. Each gain translates into lower operational cost for the industrial solar battery powerpack over its full service life.
Longer life, lower replacement cost. The LiFePO4 vs lead-acid battery cycle life gap reaches up to 20x — with a design lifespan exceeding 10 years. This eliminates the replacement cycles that compound total cost in long-running industrial installations.
Weight, power output, and recharge speed. At approximately 40% the weight of a comparable lead-acid unit, the system cuts structural load and logistics cost. It delivers twice the output power at high discharge rates — sustained performance where lead-acid voltage sags. Fast recharge efficiency further reduces operational downtime between discharge cycles.
Low maintenance and storage reliability. Stable LiFePO4 chemistry requires no electrolyte service or equalization charging. Self-discharge remains low enough for up to 6 months of idle storage without capacity loss. No memory effect means partial charge cycles leave zero degradation.
Heat-tolerant field operation. The system operates at ambient temperatures up to +60°C, directly extending battery total cost of ownership value in high-heat industrial sites. Lead-acid cells degrade in these conditions, shortening replacement cycles and increasing lifecycle cost.
The Terli Solar Power High Quality Powerpack for Heavy Industry covers nine confirmed industrial energy storage applications. The IP65-rated enclosure and -20°C to 60°C discharge range make this industrial solar battery powerpack field-ready across all of them.
Telecom base station backup: Delivers uninterrupted telecom battery backup for remote and urban base station infrastructure.
Wind and solar energy storage: Stores renewable generation for dispatch to grid or load in both grid-tied and off-grid systems.
Transmission and distribution backup: Protects grid switching and distribution equipment from power interruptions.
CATV system backup: Maintains continuous signal distribution across cable network nodes during grid outages.
Server center UPS: Provides stable battery reserve for data center UPS systems with high-cycle demands.
Industrial UPS systems: Serves as a primary cell bank for commercial and industrial UPS installations.
Electric forklifts and vehicles: Powers electric forklifts and heavy industrial vehicles with high-discharge-rate output.
Engine starting: Delivers high-current burst output for diesel and industrial equipment cold starts.
Communication infrastructure: Backs up switching rooms, optical nodes, and distributed communication network equipment.
The Terli Solar Power High Quality Powerpack for Heavy Industry holds lithium battery certifications across five major trade regions. These CE UL battery compliance credentials cover EU, US, Japan, and international markets.
UL1642: Meets the US and international safety standard for lithium battery cells and packs.
IEC62619: Satisfies industrial-application safety requirements for secondary lithium cells — the standard directly governing this industrial solar battery powerpack’s operating environment.
UN38.3: Qualifies the unit for compliant air and sea freight as Dangerous Goods — a prerequisite for international lithium battery export.
CE + CE-EMC: Confirms product safety and electromagnetic compatibility for EU market entry.
FCC: Certifies electronic equipment compliance for the US market.
PSE: Documents electrical appliance safety under Japan’s regulatory framework.
CB scheme: International safety certificate enabling cross-border market access without redundant national testing.
RoHS: Demonstrates restriction of hazardous substances compliance for EU import and global distribution.
DG freight logistics: Long-term partner forwarders specializing in lithium battery Dangerous Goods handling manage compliant air and sea export.
Terli offers full OEM and ODM services on this industrial solar battery powerpack. Distributors and brand owners can launch private-label industrial storage products with low minimum order quantities.
What you can customize. Voltage, capacity, and external appearance adapt to your product specification. The factory’s independent R&D team controls all main component production in-house, giving you source-level quality assurance from cell to finished unit.
9-step manufacturing discipline. Every unit completes a 9-step process — from cell detection and assembly through charge/discharge testing, BMS detection, and final packaging. No unit ships without clearing all nine stages.
Pre-shipment testing. A professional QC team runs individual charge/discharge tests and BMS detection on every unit before dispatch. These are the same production controls that underpin Terli’s CE, UL, and IEC certifications.
Sample orders welcome. Request a sample before committing to volume — standard practice for new OEM lithium battery manufacturer relationships and custom battery pack ODM projects.
Ordering this industrial solar battery powerpack from Terli follows structured commercial terms designed to reduce payment risk and delivery uncertainty for procurement teams. All standard lithium battery supplier terms apply from first inquiry to delivery.
Payment structure. T/T payment applies: 30% deposit confirms the order, 70% due before delivery. Before the balance payment, the factory sends photo confirmation of finished products and packaging.
Delivery timeline. Battery order delivery time runs 15–30 days from advance payment receipt. A price quotation arrives within 12 hours of submitting voltage, capacity, and application requirements.
Freight handled end-to-end. Long-term partner forwarders with lithium battery specialization manage all Dangerous Goods export documentation for air and sea shipments. This removes DG compliance work from your logistics team.
Start with a sample. Place a sample order before bulk commitment to verify quality against your project requirements. This is the standard first step for new industrial solar battery powerpack sourcing relationships.