Grade A Cells
Grade A 5000 Cycles 3.2V 100AH LFP Prismatic Cells Lithium Battery Pack
- 5,000+ Deep Cycles @ 80% DoD
- Prismatic LFP Safety Chemistry
- Multi-Voltage Module Scalability
Engineered for seamless integration with high-voltage hybrid inverters (Solis, Deye, Sungrow, Huawei) widely deployed across Pakistani industrial hubs.
As Pakistan’s commercial and industrial (C&I) sectors rapidly adopt microgrids and solar-plus-storage solutions, the systemic shift from traditional 48V Low Voltage (LV) battery banks to high-voltage (HV) rack configurations (ranging from 192V DC up to 800V DC) has become a technical necessity. High Voltage battery rack systems connect multiple lithium modules in series to achieve higher DC operating voltages without multiplying system current.
In high-power applications—such as textile manufacturing in Faisalabad, steel processing in Lahore, or agricultural cold chains in Multan—operating at elevated voltages dramatically reduces I²R copper losses. Lower current levels allow system integrators to use significantly thinner busbars and cabling, minimizing thermal dissipation, improving round-trip efficiency (RTE) above 95%, and simplifying installation inside compact electrical rooms.
Consider a 100 kW continuous load discharge requirement:
| Performance Parameters | Traditional 48V LV Battery Banks | High Voltage (HV) Battery Racks (192V-800V) | Impact on Pakistan C&I Facilities |
|---|---|---|---|
| Round-Trip Efficiency (RTE) | 86% - 89% (High cable heat losses) | 94% - 96.5% (Minimal heat dissipation) | Saves thousands of kWh monthly during daily grid load shedding cycles. |
| Max Continuous Power Scaling | Limited to ~30 kW before cable bundling fails | 100 kW up to Multi-MW per rack system | Allows heavy machinery and inductive motors to start without voltage drops. |
| Inverter Compatibility | Low-voltage transformer-based inverters | Direct connection to 3-Phase Transformerless Inverters (Deye, Solis, Sungrow) | Eliminates bulky, inefficient isolation transformers; reduces capital expenditure (CAPEX). |
| BMS & Protection Depth | Basic module-level BMS | 3-Tier Master-Slave Distributed BMS with rack control | Provides real-time insulation monitoring and high-voltage circuit breaker isolation. |
Pakistan’s commercial and industrial power ecosystem is undergoing a dramatic structural transformation driven by rising grid tariffs, fuel price volatility for diesel generators, and recurring load-shedding schedules across DISCO regions (KE, LESCO, IESCO, FESCO, PESCO).
With National Electric Power Regulatory Authority (NEPRA) revising net-metering buyback tariffs, C&I facilities are shifting from exporting surplus daytime solar energy back to the grid toward self-consumption and energy time-shifting using High Voltage LiFePO4 Racks.
Industrial units face peak-hour tariff surcharges exceeding 50 PKR/kWh. High Voltage battery racks automatically discharge during peak hours, smoothing demand spikes and delivering massive electricity cost reductions for heavy manufacturing.
Running Level-3 diesel gensets yields electricity costs over 90 PKR/kWh. Integrating an HV LiFePO4 rack battery system with existing solar arrays lowers Levelized Cost of Energy (LCOE) to below 22 PKR/kWh over a 10-year operational period.
From harsh desert conditions in Sindh to humid coastal environments in Karachi and high-altitude remote areas in KPK, our High Voltage Lithium Battery Racks are engineered to address region-specific grid instabilities and climate stresses.
Textile spinning and weaving machinery cannot tolerate momentary voltage sags or 500ms grid transfer interruptions without yarn breakage and costly production downtime. Our High Voltage Battery Racks seamlessly interface with online UPS systems and Megawatt-scale solar installations to provide zero-transfer-time uninterruptible backup, protecting delicate weaving looms and automated dyeing machinery.
Send an InquiryMaintaining unbroken cold chains for vaccine distribution and active pharmaceutical ingredient (API) synthesis demands constant thermal stability. High Voltage racks installed with dual HVAC climate control supply steady 384V-512V power to heavy refrigeration compressors, ensuring strict compliance with Drug Regulatory Authority of Pakistan (DRAP) standards even during 8-hour grid blackout periods.
Send an InquiryOff-grid and bad-grid telecom sites operating under Jazz, Zong, Telenor, and Ufone require ultra-fast charging capabilities. Our high-voltage racks support 1C fast charge cycles, charging from 10% to 90% SOC in less than 60 minutes during short grid availability windows, drastically reducing diesel generator run times across remote KPK and Balochistan towers.
Send an InquiryRural agricultural feeder lines in South Punjab frequently experience low voltage sags (down to 160V AC) and phase imbalances. Stackable HV Lithium Racks stabilize DC bus voltages for solar pump inverters, enabling high-torque motor startups for deep-well turbine pumps without risking inverter overload shut-offs.
Send an InquiryWith 40+ years of cumulative expertise in custom lithium battery engineering, ISO 9001 certified manufacturing facilities, and direct supply relationships with Tier-1 cell innovators, we deliver unparalleled safety, structural integrity, and electrical performance.
Ambient summer temperatures in Punjab and Sindh regularly exceed 45°C–50°C. Our High Voltage Racks utilize custom-engineered thermal barrier insulation between prismatic cells, micro-channel liquid cooling plates or forced-air HVAC channels, preventing thermal runaway and maintaining cell-to-cell delta T < 2°C.
We source prime lithium iron phosphate (LiFePO4) prismatic cells directly from globally audited cell manufacturers (CATL, EVE, BYD, Gotion, Saft, Tadiran). Every cell undergoes automated laser welding, high-potential voltage testing, and 100% capacity matching prior to module assembly.
Our proprietary high-voltage BMS features master-slave architecture with real-time SOC/SOH estimation algorithms, active cell balancing up to 5A, RS485/CAN/Modbus TCP protocols for seamless handshake with Solis, Deye, Sungrow, Victron, and Schneider hybrid inverters.
Addressing logistics, customs, inverter compatibility, compliance, and thermal resilience for importers and EPC installers in Pakistan.
Our High Voltage (HV) BMS controller features native pre-loaded CAN protocol stacks compatible with all major commercial hybrid inverter brands deployed across Pakistan, including Solis (RHI/CSI series), Deye (SUN-5K up to SUN-50K-SG01HP3), Sungrow (STP/SH series), Huawei (SUN2000 KTL-M0), and GoodWe. Modbus RTU register mapping is fully customizable for custom microgrid EMS software.
Our battery packs are engineered with high-temperature LFP chemistries stable up to 65°C. For extreme climate deployments, our HV cabinets integrate high-efficiency DC air conditioning units or liquid-cooling plates. The BMS automatically manages dynamic charge/discharge current thermal derating to preserve cycle life even when ambient room temperatures spike.
We ship DG-certified (Dangerous Goods) Class 9 containers directly from major port hubs (Ningbo/Shanghai) to Karachi Port (KICT/PICT/QICT). Typical ocean transit time is 14 to 18 days. We provide full UN38.3 test reports, MSDS, Dangerous Goods Certificates, and Certificate of Origin (Form E) to facilitate fast clearance through Pakistan Customs under preferential tariff arrangements.
Yes. We understand State Bank of Pakistan (SBP) foreign exchange regulations and work closely with Pakistani commercial banks. We accept confirmed, irrevocable Letters of Credit (L/C at sight) as well as Telegraphic Transfer (T/T) structures to accommodate corporate procurement requirements.
We offer a standard 10-Year Limited Performance Warranty or 6,000 deep cycles (at 80% DoD). We provide comprehensive technical support including remote firmware diagnostic access via IoT cloud gateways, detailed installation manuals, schematic wiring diagrams, and direct video support with our senior engineering team during commissioning.
Safety is paramount for indoor commercial installations. Each rack is equipped with aerosol or NOVEC 1230 automatic fire suppression units integrated directly into the rack controller. Furthermore, each module features individual cell-level thermal fuses, pressure relief vents, and isolated fire-retardant structural walls meeting UL94-V0 compliance.
Looking for reliable, factory-direct High Voltage Lithium Battery Racks for your solar, industrial backup, or microgrid project in Pakistan? Contact our senior engineering team today for custom technical proposals, CAD drawings, and wholesale B2B pricing.