Our Products
Battery Internals
Intelligent BMS
High-performance processor and high-precision front -end sampling chip, multiple hard-core technologies improve cell management and provide advanced protection. Our BMS provides remote real-time online monitoring of batteries.
A -grade Cells
Our forklift lithium batteries use LiFePO4 (LFP) cells. Our cell have a cycle life of 3000+ cycles. In addition, A-grade cells enable us to provide an industry leading 5 Years or 10,000 hours warranty on the cells.
Active Cooling
The compact fan extracts ambient air through ducts in the battery housing and dissipates it via the metal side of the modules to provide targeted active cooling.
Laser Welded Modules
We use laser welding to seamlessly and perfectly weld the high-quality aluminium bus bar and the lug of the cell. The use of aluminium alloy and steel frames, greatly improves the strength and stiffness of the battery pack. Therefore, our modules are more able to withstand the harsh working environment while handling charge, & discharge expansion.
Flame Retardant Ma terials
Safety is paramount to ensure the smooth operations of the battery. The battery is fully insulated and protected, and flame-retardant materials are used.
Counter Balance
The battery's counter balance weight is crucial in forklifts, ensuring stability, safe lifting operations, and proper load distribution. We customize the weight of the battery pack as per requirement.
AI Powered Battery
Our Digital Twin platform optimises battery performance with real-time monitoring, proactive maintenance alerts,
and AI-powered insights, extending battery life and improving efficiency.
Customizable Performance Settings
Customize your battery to your specific needs with adjustable settings, ensuring optimal operation
Proactive Maintenance Alerts
Get early warnings for maintenance needs, preventing costly repairs and downtime.
Easy Integration with Existing Systems
Seamlessly integrates with Evs, solar or industrial invertors, adapting to your existing setup.
Real-Time Battery Monitoring
Track your battery’s health, charge & performance from anywhere, anytime
Smart Charging for Longer Battery Life
Enhance battery longevity with personalized guidance on optimal charging times and methods
Actionable Insights for Fleet & System Managers
Manage fleets or storage systems with detailed data to reduce costs and improve efficiency
IoT Enabled BMS
Our IoT enabled BMS provides you remote access to real time data of your battery ensuring complete transparency on your battery’s health and performance. The smart BMS uses AI-powered algorithms to collect and analyse the battery data to not only give you diagnostics and predictive maintenance but also prescriptions and suggestions to improve battery performance and life
Descriptive
What is happening?
Data CollectionDiagnostic
Why is this happening?
Condition Monitoring & Anomaly DetectionPredictive
What will happen?
Service PlanningPrescriptive
How to make it better?
Dynamic Usage SuggestionsFull Stack Battery Solutions
Cell to Pack Architecture
Efficient thermal paths, optimized weight & compact volume with fast charging.
Superior thermal design
<2 Deg T* spread. 8x better
Temp Rise Comparison © vs Time (Min)
1C Discharge Comparison
<3˚C Temp Spread at 1C Chg/Dschg
Faster Dissipation of Heat Away from cells helps us in reducing temp. rise in the battery pack
Temp Rise: 1C Charging
With TEC Cooling Stack
Without TEC Cooling Stack
Battery built TEC technology is able to reduce temp rise by 10˚C in comparison to battery built using conventional cell to pack technology
Wide Compatibility
Supports multiple cell chemistries, wide voltage ranges & architectures for multiple products
Vehicle control
Efficient thermal paths, optimized weight & compact volume with fast charging.
Fast response
Reacts under 0.1Sec for higher safety and faster charging
Since TEC BMS acts quickly it prevent the
pack from going into a thermal runaway state
Due to delay in acting, battery from
other manufacturers catches fire
Source: “Response time requirements for preventing thermal runaway
of lithium-ion cells during overcharge” by Cui et al.
Digital Twin
Empirical model based digital twin which takes birth ad matures with eld data of pack
Cloud-Connected Intelligence
High delity algorithms. Adaptive charging, predictive maintenance, insights for all Stakeholders
Battery Aadhar
Battery identity which goes from cradle to grave
RUL, SOH prediction
Predictions based on geography, usage and multiple factors based on cloud data.
LOCATIONS
