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C-185, C-188, Raath Nagar, Alwar – 301001, Rajasthan, India
Ecoplug's in-house embedded systems team designs and manufactures the intelligence behind EV charging — from dedicated firmware and IoT controllers to PLC systems, health monitors, and full EV simulators. Technology transfer available for OEMs and startups.
Every product is designed, developed, and manufactured in-house at Ecoplug's Alwar R&D facility. Available for technology transfer to OEMs, startups, and EV manufacturers.
The brain of every Ecoplug charger — a dedicated embedded controller managing power delivery, safety, communication, and user authentication in real time.
Proprietary firmware developed entirely in-house — covering power management, communication protocols, safety interlocks, metering, and cloud connectivity.
Industrial-grade PLC designed for EV charging infrastructure — managing multi-charger load balancing, grid protection, and automated fault response.
A safety-critical device that continuously monitors insulation resistance in EV charging systems — detecting ground faults before they become dangerous failures.
A dedicated IoT device that monitors the health of EV batteries, charging systems, and vehicle electronics — providing real-time diagnostics and predictive maintenance alerts.
A hardware-in-the-loop EV simulator for testing chargers, controllers, and firmware without a real vehicle. Simulates any EV's charging behaviour, battery profile, and communication protocol.
Building an EV charger, fleet management system, or smart energy product? Don't spend 2–3 years developing firmware and hardware from scratch. Ecoplug offers technology transfer — get our battle-tested controllers, firmware, and IP in weeks.
Our structured technology transfer process gets your product to market in weeks, not years.
Sign NDA. Share your product requirements, target market, and technical specifications.
Technical evaluation call. We assess fit, customisation scope, and delivery timeline.
Technology transfer agreement signed. Scope, IP rights, support terms, and timeline confirmed.
Source code, schematics, BOM, and documentation delivered. Onboarding sessions with our engineers.
| Product | Protocol / Standard | Connectivity | OTA Update | Tech Transfer | OEM / White Label |
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| EV Charger Controller | OCPP 1.6 / 2.0, Modbus, CAN | 4G / Wi-Fi / LAN | |||
| Dedicated Firmware | OCPP 2.0, MQTT, WebSocket | All interfaces | |||
| PLC System | IEC 61131-3, Modbus TCP | Ethernet / RS-485 | |||
| IMD | IEC 61557-8, DIN VDE 0413 | CAN / Digital I/O | |||
| EV Health Monitor | OBD-II, CAN, ISO 15118 | 4G / BLE / Wi-Fi | |||
| EV Simulator | ISO 15118, CHAdeMO, CCS2 | USB / Ethernet / CAN |
OEMs building electric vehicles who need embedded controllers and health monitoring for their products.
New EV charging companies who want to launch products fast without building firmware from scratch.
Universities and R&D labs needing EV simulators and testing platforms for academic and commercial research.
Power utilities and energy companies building smart grid, V2G, and demand response systems for EV infrastructure.
Whether you need a complete technology transfer, a custom firmware build, or a specific IoT component — our engineering team is ready to talk. No long procurement cycles. Just engineers talking to engineers.
