Equipment Portfolio
Battery Lab Equipment Specifications
Indigenously designed instruments — from cell-level testers to a complete BMS-integrated battery pack — built on the same protocols used in industry R&D and compliance labs. Each item is designed for hands-on, dataset-driven learning.
5V Cell Cycler (8-Channel)
Study cell characteristics through charge/discharge cycling
Max Voltage: 5V · Max Current: 6A / 12A
8 independent test channels
Capacity, efficiency & cycle-life evaluation
CellChar RCP Bench
Bridges simulation and real-world battery systems
All cell chemistries & form factors, up to 5A
Model-Based Design (MATLAB/Simulink), SiL & PiL validation
Real-time deployment on actual Li-ion cells
Battery Pack Emulator
Validate BMS algorithms without a physical battery
Configurable 1S–13S, 1.25V–4.99V per cell
Emulates cell voltage, pack current & temperature
Fault injection & protection-limit testing (OV/UV/OC/OT)
Bench BMS — Distributed Architecture
Deploy algorithms on real battery hardware
48V, 250Wh battery (configurable), stackable modules
Built on NXP platform, MATLAB/Simulink integration
Real-time SoC, SoH & cell-balancing algorithm testing
Full Battery Pack with BLH SmartBMS
Industry-scale BMS on a complete production-style pack
48V, 1 kWh pack with full BMS hardware & software
CAN, RS485 & I2C · up to 16 temperature sensors
On-road vehicle testing & data collection
EIS Equipment
Non-destructive electrochemical study of Li-ion cells
Max Voltage: 5V
Nyquist / Bode plots, equivalent-circuit modelling
SoH estimation & degradation-analysis grade data
Thermal Chamber
Controlled-temperature testing for cells and packs
Controlled range: typ. −20°C to +80°C
Maintains temperature through charge/discharge cycling
Full-range thermal performance characterisation
Battery Pack Manufacturing Setup
Assemble individual cells into a working battery pack
3.5kVA spot-welding station, busbar & pack-assembly jigs
Internal resistance tester + cycler (10A charge / 20A discharge)
Supports capstone & industry-sponsored prototyping
How It Works
How Battery Lab Setup Works — Step by Step
A structured four-step process with a dedicated project manager at every stage.
1
Needs Assessment
We visit your campus, assess your space, power, and curriculum requirements, and produce a scoped proposal.
2
Design & Procurement
Custom lab layout, equipment selection, and procurement from verified vendors with warranty.
3
Installation & Commissioning
Our team installs, calibrates, and commissions every instrument — confirmed operational before handover.
4
Training & Ongoing Support
On-site faculty workshop, lab manuals, and 12-month technical support to ensure the lab runs smoothly.
Trusted by leading Institutions
IIT Madras
Research activities include validation of battery cell models through real-time experimental characterisation, development and deployment of AI/ML-based battery estimation algorithms on actual cells, and hardware implementation of battery algorithms on embedded microcontroller platforms.
KLE Technological University — Hubballi Campus
Full-scale battery lab setup at the Hubballi BVB campus — BLH's reference installation, open to partner institutions for site visits.
KLE Technological University — Belagavi Campus
Full-scale battery lab setup at the Belagavi campus, extending BLH's reference configuration to a second KLE Tech site.
Our Installations
See BLH Labs in Action
Real photos from BLH-powered battery labs and training sessions at partner institutions.
IIT Madras
KLE Technological University — Hubballi Campus
KLE Technological University — Hubballi Campus
KLE Technological University — Hubballi Campus
KLE Technological University — Belagavi Campus
KLE Technological University — Belagavi Campus
KLE Technological University — Belagavi Campus
Get Started
Request a Consultation
Message us directly on WhatsApp — tell us about your institution and requirements, and we'll get back within a few hours to schedule a campus visit and scoped proposal, at no cost.
Message us on WhatsApp+91 88676 98606 · typically responds within a few hours
Prefer email or a printed spec sheet? support@batterylearninghub.com · Download the full spec sheet (PDF)