EVBahan Controls
Smart Battery-Swapping Solution
Key Features of EVBahan’s Battery Swapping Solutions
EVBahan’s battery swapping solutions are designed to revolutionize EV usage with cutting-edge technology and user-centric design. Key features include rapid automated swapping stations that complete the process in under five minutes, standardized battery packs for compatibility across multiple EV models, and a robust mobile app for real-time station tracking and swap management. These solutions cater to both individual users and fleet operators, ensuring scalability and efficiency. The integration of the Best EV Charging Software and EV Charging Management Software enhances operational efficiency, providing seamless control and monitoring for an optimized swapping experience.
Driver Khata
Record of daily EV Battery Swapping app transactions and earnings at fingertips.
Find Your Nearest Station
Get step-by-step directions from your current location effortlessly.
Voice Support
Send voice notes to get quick solutions for all your concerns.
Safety Hub
Access to personalized training modules and interactive videos.
Real-time Help
Instant support and expert guidance, are just a tap away.
As a pioneering Battery Swap Startup, we’re setting the standard for electric vehicle (EV) battery-swapping services with technology that adapts to your needs.
Benefits of Partnering with EV Bahan Controls
Scale Up Rapidly
While we take care of the energy needs of your fleets nationwide.
Optimize Operations
Eliminating vehicle downtime with quick 2-mins battery swapping.
Reduce Costs
Associated with procurement, upkeep, and charging of batteries.
How Does a Battery-Swapping Station Work?
Using a battery-swapping station is simple:
As a trusted Battery Swapping company in India, we’re at the forefront of the EV battery swapping market, delivering solutions that cater to urban commuters, logistics fleets, and industrial applications. Our Battery Swap Tech is engineered to handle the unique challenges of India’s roads, from congested cities to remote routes.
Auto-Fetch Location:
Upon arriving, the system auto-detects the driver’s location using GPS. Alternatively, the driver can:
- Scan the station’s QR/barcode.
- Manually enter the station's unique dealer code.
Queue Management:
- Implement a queue management system to handle driver arrivals efficiently.
- Drivers are placed in a queue based on their arrival and request priority.
- The driver checks battery availability at the station through the app.
- If batteries are available, the driver places a swap request via the app, which is sent to the station's system.
- The station processes the request by clicking "Process Order" on their app.
Drivers can remotely book a battery at a specific station before arriving.
Prepayment:
- The driver pays the swap amount (₹200/swap) to reserve the battery.
- The reserved battery is marked “Booked” in the station’s inventory.
Upon arrival, the scanning and swapping process is initiated.
- Either the driver or the station scans the returned battery.
- Updates are reflected on both the driver and station apps.
Charged Battery Scanning:
- The charged battery to be swapped is scanned.
- Both apps update the transaction details, including battery status and swap amount.
These stations are fully automated and require minimal effort, making them an ideal solution for busy urban areas.
Why Choose EVBahan Controls for Your Battery-Swapping Needs?
Get Started with EVBahan Controls
Ready to experience the next evolution in electric mobility? Contact [Your Company Name], the premier Battery Swap Startup, to explore our EV Battery Swapping software and services. Download our EV Battery Swapping app to find a station near you or schedule a demo of our battery swapping system. Let’s power your journey with smarter, faster, and greener solutions.
Battery Swapping Application Workflow for Driver ( Easy Intuitive Workflow for Non Technical Drivers)
Frequently Asked Questions
BSS stands for Battery Swapping Station in the context of electric vehicles (EVs). It’s a facility where EV drivers can quickly exchange a depleted battery for a fully charged one, bypassing the need for traditional plug-in charging. Think of it like a pit stop for EVs—fast, efficient, and designed to keep you moving.
It could be! EV battery swapping offers a promising alternative to charging, especially for time-sensitive users like fleet operators or urban commuters. With swap times as low as 3-5 minutes, it tackles range anxiety and long charging delays. While traditional charging still dominates, swapping is gaining traction in markets like China and India, hinting at a hybrid future where both coexist based on user needs.
Battery swapping comes in a few flavors, depending on how and where the battery is accessed:
- Manual Swapping: Operators physically remove and replace the battery—common in smaller vehicles like scooters.
- Automated Swapping: Robotic systems handle the swap, often used for cars or larger EVs at high-tech stations.
- Position-Based Swapping: Batteries are swapped from the side, top, bottom, or rear of the vehicle, depending on its design.
Each method aims for speed and convenience, tailored to the EV’s build and the station’s setup.
Battery swapping technology allows EVs to replace a drained battery with a charged one in minutes, rather than waiting to recharge. It relies on standardized, removable battery packs, swapping stations with charged spares, and often a Battery-as-a-Service (BaaS) model where users lease batteries instead of owning them. It’s a smart, scalable way to keep EVs powered up without the wait.
Battery Management Systems (BMS) rely on specialized software to monitor and optimize battery performance. Common platforms include:
- Texas Instruments BMS Software: Widely used for real-time monitoring of voltage, temperature, and charge.
- NXP Semiconductors Solutions: Offers software for battery health and safety management.
- Custom Solutions: Companies like NIO or Gogoro develop proprietary BMS software tailored to their swapping ecosystems.
These tools ensure batteries stay efficient, safe, and ready for swapping or charging.
The EV battery swapping market in India is small but growing fast. In 2023, it was valued at around $14.2 million, with projections to hit $68.8 million by 2030, growing at a CAGR of 25.4%. This boom is fueled by demand for two- and three-wheelers, urban mobility needs, and supportive government policies pushing EV adoption.
Yes, the Indian government has taken steps! In 2022, the Union Budget introduced a Battery Swapping Policy to promote swapping infrastructure, focusing on two- and three-wheelers. NITI Aayog released draft guidelines in 2022, encouraging BaaS models, standardizing batteries, and easing setup for swapping stations. While still evolving, these efforts signal strong backing for swapping as a viable EV solution.
EV makers are increasingly exploring battery swapping as a competitive edge. Here’s what’s trending in 2025:
- Standardization Push: Companies like NIO (China) and Hero MotoCorp (India) are working on uniform battery designs for broader compatibility.
- Fleet Focus: Swapping is a hit with commercial fleets—think e-rickshaws or delivery scooters—where downtime is a dealbreaker.
- Partnerships: Collaborations are hot, like Gogoro with Hero in India or CATL with Didi in China, to expand swapping networks.
- BaaS Adoption: More manufacturers are offering Battery-as-a-Service, cutting upfront EV costs and appealing to budget-conscious buyers.