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Floor-Mounted 2 Guns DC EV Charger

The 2 Guns DC fast charger for electric vehicles offers versatile solutions with power outputs ranging from 60kW to 360kW, allowing you to charge multiple electric vehicles simultaneously. This cutting-edge EV charger provides flexibility and fast charging for any electric car, ensuring optimal energy efficiency and fast charging times. Whether at home, commercial charging stations, or public EV charging stations, the 2 Guns DC charger guarantees reliable and high-performance charging for your electric vehicles.

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Industrial design

Safe and reliable

Rich configuration

Powerful Power

Customized Charging Solutions

Comprehensive Service

Our success stories

From homes to commercial spaces, from cities to remote areas, witness how we drive the growth of the EV charging sector with exceptional products and services.

EV Charging Resources

A Comprehensive Analysis of Level 3 Charging Speed: How Fast Can Electric Vehicles Really Charge?

Level 3 charging (DC fast charging) can charge an electric vehicle to 80% in about 30 minutes. The actual speed is affected by the vehicle’s maximum power, battery capacity/temperature/state, charging pole power, and sharing conditions. Understanding and optimizing these factors can maximize charging efficiency and extend battery life. It is recommended to charge to 80% for daily use.

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Is Subscription-Based EV Charging a Worthwhile Investment?

Subscription-based EV charging (CaaS) offers recurring revenue and customer loyalty through models like direct ownership, partnerships, and fully funded setups. Key factors include reducing upfront costs, managing operational expenses (electricity, maintenance), and ensuring strategic locations. ROI depends on utilization, pricing, and scalability. Implementation involves market research, funding, hardware/software selection, and customer-centric marketing. Partnering with reliable manufacturers and optimizing operations are critical for success in this evolving market.

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How Can AI Algorithms Optimize Charging Station Layout Planning?

AI revolutionizes EV charging infrastructure by analyzing real-time traffic, demographics, and EV trends to optimize station layouts, capacity, and grid integration. Machine learning predicts future demand, balances charger types (Level 2/DC fast), and prioritizes underserved areas, preventing grid overloads through dynamic pricing and V2G systems. Real-world applications like Tesla’s battery analytics highlight AI’s role in reducing guesswork, improving ROI, and ensuring sustainable, equitable EV adoption.

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Which Technology is Better Suited for Future Parking Scenarios: Charging Robots or Wireless Charging?

This analysis evaluates charging robots and wireless charging for parking facilities. Charging robots offer flexibility, scalability, and lower upfront costs, making them ideal for high-demand, dynamic environments. Wireless charging, while user-friendly, faces costly installation, standardization hurdles, and slower ROI. Technical maturity favors robots for current adoption, while wireless charging shows niche potential. Key factors include parking lot size, budget, user needs, and long-term goals. Robots are recommended for most scenarios today, balancing practicality with future adaptability.

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