Axis Solutions launches Smart EV Charging Firmware with Dynamic Load Scheduling

1 min read     Updated on 20 Jun 2026, 06:53 PM
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Reviewed by
Naman SScanX News Team
AI Summary

Axis Solutions Limited has introduced its Smart EV Charging Firmware with Dynamic Load Scheduling for smart EV charging infrastructure. The platform supports CCS2-based DC chargers and Type-2 AC chargers with deployment sizes ranging from 3.3 kW to 360 kW. The company intends to pursue ARAI recognition and CE certification, though the financial impact remains unquantified.

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Axis Solutions Limited has introduced its Smart EV Charging Firmware with Dynamic Load Scheduling to support scalable EV charging infrastructure. The platform is designed for connected applications, supporting CCS2-based DC chargers and Type-2 connector-based AC chargers with deployment sizes ranging from 3.3 kW to 360 kW, subject to configuration and site requirements.

The firmware enables intelligent charging control, energy optimisation, and real-time monitoring. It includes features such as intelligent CCS2 charging logic, over-the-air firmware updates, and OCPP 1.6J protocol support with upgrade capability. The system also integrates with Charge Management Systems (CMS) and offers dynamic QR-code UPI payment support.

Energy management capabilities include Dynamic Load Scheduling, intelligent load balancing, and smart power distribution. These features aim to optimise energy usage and operating efficiency across various deployment sizes.

Target applications for the platform include EV charging networks, industrial facilities, smart cities, public infrastructure, commercial campuses, fleet and logistics operations, and highway fast-charging corridors. The company expects the technology to be applicable in these sectors following necessary approvals and testing.

Axis Solutions proposes to undertake recognition and certification processes, including ARAI recognition and CE certification, wherever applicable. These processes are subject to prescribed testing requirements, regulatory processes, and timelines. The company stated that commercial deployment, customer adoption, and financial impact will depend on market conditions and regulatory approvals.

Key Features and Specifications

Particulars Description
Product Name Smart EV Charging Firmware with Dynamic Load Scheduling / Dynamic Load Sharing
Nature Firmware and connected platform capabilities for EV charging applications
Charging Configurations CCS2-based DC chargers and Type-2 connector-based AC chargers; 3.3 kW to 360 kW
Connectivity Standards OCPP 1.6J protocol support with upgrade capability; CMS integration; OTA updates
Payment Capabilities Dynamic QR-code UPI payment support
Energy Management Dynamic Load Scheduling, intelligent load balancing, smart power distribution
Target Applications EV charging networks, industrial facilities, smart cities, commercial campuses, fleet operations, highway corridors
Certification ARAI recognition and / or CE certification to be pursued
Financial Impact Not quantified at this stage

What is the expected timeline for obtaining ARAI recognition and CE certification?

How will the Dynamic Load Scheduling feature impact the total cost of ownership for fleet operators?

Are there plans to upgrade the OCPP protocol support beyond version 1.6J in the near future?

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Axis Solutions Develops MAG200 Electromagnetic Flow Meter, Launch Set for June-July 2026

1 min read     Updated on 15 Jun 2026, 08:13 AM
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Reviewed by
Riya DScanX News Team
AI Summary

Axis Solutions Limited has developed the MAG200 Electromagnetic Flow Meter in-house at its DSIR-approved R&D Centre, targeting water, wastewater, and industrial sectors. The device offers calibration accuracy of ±0.3% to ±0.5%, complies with ISO 6817, ISO 4064, and IEC standards, and supports AC, DC, and solar power, with commercial launch planned for June-July 2026.

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Axis Solutions Limited has developed the MAG200 Electromagnetic Flow Meter, a new product engineered for demanding industrial environments. The device, created in-house at a DSIR-approved R&D Centre, is designed to measure the flow of conductive liquids and slurries with high accuracy. Commercialization of the MAG200 is planned to commence in June-July 2026.

The MAG200 offers advancements in accuracy, reliability, operational life, and maintenance. It functions on the principle of electromagnetic flow measurement without moving parts, which reduces maintenance needs and supports smoother operation in harsh conditions. The product is HART compatible for industrial system integration and supports flexible power options, including AC, DC, and solar.

Technical Specifications and Compliance

The flow meter is designed and calibrated according to international standards, including ISO 6817 for conductive liquids and ISO 4064 for water meters. It also adheres to ISO/IEC 17025 calibration laboratory standards and applicable IEC standards for electrical safety and EMC compliance.

The device provides calibration accuracy ranging from ±0.3% to ±0.5% for high-precision applications, with standard industrial accuracy up to ±0.5%. Actual accuracy depends on meter size, application, and flow conditions.

Industrial Applications

Axis Solutions targets the MAG200 at a wide range of sectors, including water treatment, irrigation, and industrial process applications. Key advantages include faster delivery timelines, calibration flexibility, and improved production throughput.

Sector Applications
Water Industry Raw water monitoring, drinking water distribution, pumping stations, irrigation systems
Wastewater Industry STP / ETP / CETP, sewage monitoring, sludge handling, effluent discharge monitoring
Industrial Applications Chemical, pharma, power plants, food & beverage, infrastructure projects
Utility Applications Cooling water, RO / DM systems, HVAC circulation systems, industrial utility monitoring

The development of the MAG200 reflects Axis Solutions' focus on in-house research, engineering, and validation to expand its portfolio of deep-tech industrial platforms.

How will the MAG200's solar power compatibility influence its adoption in remote or off-grid industrial sectors?

What market share does Axis Solutions aim to capture in the water treatment and wastewater industries with the MAG200?

Will the development of the MAG200 lead to further expansion of Axis Solutions' deep-tech industrial product portfolio?

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