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Fast charger(ce) - List of Manufacturers, Suppliers, Companies and Products | IPROS GMS

Last Updated: Aggregation Period:May 20, 2026~Jun 16, 2026
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Fast charger Product List

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Modular Charger "EcoCharge970"

Reduce noise with a low-speed rotating fan! Easy handling of the module with the handle.

"EcoCharge" is a modular advanced charger equipped with a power module that boasts an industry-leading efficiency of 97.6%. It allows for system monitoring and data logging from a distance via Wi-Fi or the Internet. Configuration can be done using a web browser without the need for dedicated software. Additionally, it is capable of charging lithium batteries, lead-acid batteries, and NiCd batteries from DC 24V to 96V. 【Features】 ■ Efficiency 97.6% ■ Supports DC charging from 24 to 96V ■ Three-phase AC power supply ■ Network monitoring function *For more details, please download the PDF or feel free to contact us.

  • Eco 3P.png
  • Eco Charger single.png
  • Charger
  • Fast charger

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[Charging Technology] Advanced I.C&C Method

No hazards such as battery smoke or fire! Charging technology that enables safe and secure rapid charging.

The "Advanced I.C&C Method" is a charging technology that allows for maximum charging of batteries regardless of their condition (age, environment, etc.) and prevents battery degradation. There are no hazards such as smoke or fire from the battery, enabling safe and secure rapid charging. The termination of charging with this technology determines the charging state based on the time variation of the electromotive force and controls the amount of charge. 【Features】 ■ Patent technology ■ Extends battery lifespan ■ No hazards such as smoke or fire from the battery ■ Enables safe and secure rapid charging ■ Simple circuit configuration *For more details, please refer to the PDF materials or feel free to contact us.

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  • Fast charger

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[Access Development Case] Equipment Maintenance System

Improving business processes with a maintenance plan based on performance data! This is a case where manual paper information and management relying on experience and intuition have been systematized.

The equipment maintenance system is a case of system development tailored to the customer's environment. 【Challenges Before System Implementation】 - Manual management of parts inventory (using Excel or paper records) leads to discrepancies in stock levels and causes shortages. - Paper-based management of inspection standards and inspection plans makes it difficult to manage historical records, resulting in potential loss. - Equipment failure responses rely on "experience" and "intuition," causing delays in response when the responsible person is unavailable. 【Objectives of Systematization】 1. Accurate maintenance planning … Conduct precise failure analysis to reduce unexpected incidents that lead to productivity loss due to equipment failures. 2. Proper inventory of parts … By managing the inflow and outflow of parts, prevent surplus inventory and shortages of spare parts, ensuring optimal stock levels. 3. Prompt response to equipment failures … By sharing and accumulating information, reduce reliance on individuals and facilitate smooth handovers of responsibilities. With the implementation of this system, a business improvement framework has been established to manage all data in one place, enabling the development of maintenance plans, inventory management, and responses to equipment failures based on collected and accumulated data. *For more details, please contact us or download the catalog.

  • Internal Control and Operational Management
  • Fast charger

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Comparing 10 equipment maintenance systems: Introducing features and tips for choosing without making mistakes.

Let's introduce a maintenance system to eliminate downtime!

In the manufacturing industry, equipment maintenance is essential for maintaining production systems and ensuring quality. However, there may be sites facing challenges such as spending too much time on daily inspections and report preparation, and maintenance tasks being dependent on specific employees who are the only ones capable of handling them. This article introduces what can be achieved by implementing an equipment maintenance system, how to choose a system, and recommendations based on different implementation types (cloud-based/on-premises), so please refer to it. *For detailed content of the article, you can view it through the link below.*

  • Internal Control and Operational Management
  • Fast charger

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Charging time during EV rescue.

Assuming that the EV vehicle is charged to the extent that it can travel about 50 km.

Here is an introduction to the charging time during EV rescue. With an ICE (internal combustion engine), it is possible to drive approximately 50 km after the fuel warning light comes on. The Nissan Leaf has a range of 450 km with a 60 kWh battery, which translates to 7.5 km/kWh. Considering 5 km/kWh, about 10 kWh of charging is needed. If charged with a fast charger set to 50 kW, it is possible to charge 10 kWh in about 12 minutes. If charged with a 30 kW setting, it is possible to charge 10 kWh in about 20 minutes. 【Charging Time】 ■ When charged with a fast charger set to 50 kW: approximately 12 minutes for 10 kWh of charging ■ When charged with a 30 kW setting: approximately 20 minutes for 10 kWh of charging *For more details, please download the PDF or feel free to contact us.

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