Research & Development
at ARENQ
At ARENQ, we don’t just build batteries — we engineer energy intelligence. Our Research & Development (R&D) division is at the forefront of next-generation energy storage, actively developing advanced solutions in:
Battery Energy Storage Systems (BESS)
Battery Energy Storage Systems are crucial to balancing Variable Renewable Energy (VRE) like solar and wind. Our R&D team is building scalable BESS for both grid-level and commercial-scale deployment.
ARENQ BESS Innovations:
- Modular lithium-based storage racks (Li-ion, LiFePO₄, LTO)
- AI-powered Energy Management Systems (EMS)
- Peak load shifting, frequency regulation & grid stability
- Cloud-based diagnostics and real-time monitoring
These systems ensure seamless energy supply, especially in areas with unstable grids or high VRE penetration.
Solar Hybrid Power Systems
We are designing next-gen solar hybrid systems that combine solar PV, batteries, grid, and genset for reliable, around-the-clock power.
Our R&D is focused on:
- Smart hybrid inverters with dynamic source switching
- Off-grid & on-grid solar + battery combinations
- AI-integrated controllers with consumption analytics
- Compact solutions for MSMEs, homes, and rural electrification
This makes solar power more dependable and usable even at night or during outages.
Sodium-ion Technology
(Na-ion)
As lithium prices and resource constraints grow, sodium-ion batteries are emerging as a powerful alternative. Our R&D team is working on commercializing sodium-ion cells for affordable, large-scale energy storage.
Key R&D Benefits:
- Abundant raw material (sodium) = lower cost
- Suitable for stationary energy storage
- Improved safety and thermal performance
- Comparable lifecycle for non-EV use cases
We see sodium as a game-changer for rural grids, telecom towers, and backup systems.
LTO (Lithium Titanate Oxide) Battery Development
LTO batteries are known for ultra-fast charging, extreme safety, and high cycle life. ARENQ is integrating LTO into systems where speed and longevity are mission-critical.
Our R&D is exploring:
- LTO for electric 2W/3W and hybrid EVs
- Industrial equipment with high-frequency charge cycles
- Public transport and military-grade power systems
- Life cycles beyond 15,000+ charges
With near-zero thermal runaway risk, LTO is ideal for fast-charging applications in hot Indian conditions.