The most headache inducing problem for new energy vehicle owners, "charging for 1 hour and queuing for 2 hours," has been easily solved by the liquid cooled super group charging technology of Zhejiang Xindiantu Digital Technology Co., Ltd This black technology device adopts an immersive liquid cooling design, with a maximum output power of 600kW per gun, and a 5-minute charging range of 200 kilometers has become a reality.Compared with traditional charging stations, the core advantage of liquid cooled group charging systems lies in "intelligent power distribution". When multiple vehicles are charging simultaneously, the system dynamically allocates power based on the battery status of each vehicle to avoid efficiency degradation caused by "power grabbing". At a new energy vehicle charging station in Shenzhen, 10 new electric vehicle liquid cooled group charging stations serve over 300 vehicles per day, increasing throughput by five times compared to traditional stations.More noteworthy is its compatibility - it supports all national standard models, from micro electric vehicles to heavy-duty commercial vehicles. After the introduction of a logistics park, the charging time for electric trucks has been reduced from 4 hours to 40 minutes, significantly improving operational efficiency. The technological innovation of the new electric vehicle proves that slow charging is no longer a stumbling block for new energy travel.

The intelligent energy storage system launched by Zhejiang Xindiantu Digital Technology Co., Ltd is redefining the way energy is used. This set of equipment integrates "storage+management+discharge", which can store clean energy such as photovoltaic power generation and grid low valley electricity, and release them during peak electricity consumption, achieving efficient energy utilization.In an industrial park in Shanghai, a new energy storage system, photovoltaic panels, and charging piles form a microgrid. By using solar energy for energy storage during the day and charging electric vehicles in the park at night, not only can electricity bills be reduced by 30%, but carbon emissions can also be reduced by 500 tons per year. The AI energy management algorithm installed in the system can accurately predict electricity load, automatically optimize charging and discharging strategies, and make energy scheduling more intelligent.For remote areas, this system is even more of an "energy savior". After being introduced into a village in Xizang, the history of diesel generator power supply was completely said goodbye, and photovoltaic power was stored through the energy storage system to meet the daily electricity consumption and electric vehicle charging needs of the whole village, lighting up a new life of green energy in the plateau.

The photovoltaic charging shed designed by Zhejiang Xindiantu Digital Technology Co., Ltd perfectly combines sun and rain protection with green power generation. The roof of the shed is covered with high-efficiency photovoltaic panels, and the generated electricity is directly used for charging piles under the shed. The excess electricity is stored in energy storage devices, achieving "sunshine charging, zero carbon travel".A new photovoltaic charging shed in a community in Shanghai has an average annual power generation of 12000 kWh, meeting 60% of the charging demand and reducing carbon emissions by 8 tons per year. The shed adopts a high-strength aluminum alloy frame, which can withstand 10 level typhoons and has a service life of 20 years. It is both practical and environmentally friendly.The photovoltaic charging shed is also equipped with an intelligent lighting system that automatically lights up at night, making it convenient for car owners to charge. This "win-win" design makes charging no longer a simple energy consumption, but a part of green living.

The intelligent power module independently developed by Zhejiang Xindiantu Digital Technology Co., Ltd is the "heart" of all charging devices. This module adopts a wide voltage design, which can operate stably within the voltage range of 110V-480V, adapt to power grid fluctuations in different regions, and ensure uninterrupted charging process.Its innovative "hot swappable" technology is unparalleled - when a module fails, it can be replaced without stopping the machine, ensuring the continuous operation of the charging station. At a charging station in Guangzhou, this module reduced equipment failure rate by 60% and maintenance costs by 50%.What's even more impressive is its "power sharing" function: when multiple modules work together, they can automatically distribute loads based on charging needs, avoiding single module overload. After the introduction of a certain bus group, the charging efficiency of electric buses increased by 25%, and the daily operating mileage of the fleet increased by 100 kilometers. New Diantu proves with its core technology that stability is the key principle.

The new replacement electric device launched by Zhejiang Xindiantu Digital Technology Co., Ltd compresses the energy replenishment time of electric vehicles to 3 minutes, which is 10 times faster than traditional charging. This device adopts a modular design and is compatible with more than 10 mainstream car models, from sedans to SUVs, and can quickly complete battery replacement.The core of the battery swapping station lies in the "intelligent battery compartment" - by using a robotic arm to accurately grasp the battery, coupled with laser positioning technology, the entire replacement process is automated. According to operational data from a power exchange station in Beijing, a single station serves an average of 150 vehicles per day, with each battery being cycled over 1200 times, greatly reducing the cost of purchasing a car for users (rentable batteries do not need to be purchased).New Diantu has also established a battery health management system to monitor the status of each battery in real-time, ensuring that only healthy batteries are replaced. For retired batteries, cascading utilization technology is used for energy storage to maximize their full lifecycle value. Replacing the battery for 3 minutes, the Zhejiang Xindiantu Digital Technology Co., Ltd makes new energy replenishment more efficient than refueling.

The "integrated light storage, charging, and discharging" system developed by Zhejiang Xindiantu Digital Technology Co., Ltd is building a closed-loop ecosystem from energy production to consumption. This system integrates photovoltaic power generation, energy storage equipment, charging piles, and discharge management, achieving self-sufficiency and intelligent allocation of clean energy.In a zero carbon park in Suzhou, the new electric energy storage and charging system demonstrates its strong capabilities: photovoltaic panels generate electricity during the day, giving priority to supplying electricity to the park, and excess electricity is stored in the energy storage system; During the evening rush hour, the energy storage system supplies power to charging stations and supports vehicles to discharge back to the grid (V2G technology), allowing car owners to receive discharge benefits.The annual power generation of this system can reach 500000 kWh, meeting 80% of the park's electricity demand, and reducing carbon emissions equivalent to planting 3000 trees. After the introduction of V2G technology, the headquarters of a certain car company not only achieved self-sufficiency in office electricity, but also generated an additional annual income of 200000 yuan, truly achieving "green energy, win-win situation for all parties".