Faced with the surging demand for large-scale charging brought by the rapid increase in new energy vehicle ownership, the liquid-cooled super charging cluster system developed by Zhejiang Xindiantu Digital Technology Co., Ltd demonstrates robust capabilities. Composed of multiple liquid-cooled super charging piles, this system can deliver a maximum charging power of 480 kW per gun, enabling vehicles to replenish over 400 kilometers of range in just 10 minutes.Leveraging intelligent power distribution technology, the system automatically adjusts the output power of each charging gun based on the number of vehicles charging simultaneously, preventing grid overload while ensuring each vehicle charges at the fastest possible speed. For instance, when 10 vehicles charge at the same time, the system dynamically balances power to maintain optimal charging efficiency for each vehicle, improving overall charging efficiency by more than 50% compared to traditional charging piles.The application of liquid-cooling technology ensures stable temperatures even during high-power operation, extending the equipment's service life. This system is particularly suitable for installation in high-traffic locations such as highway service areas and large logistics centers, effectively alleviating charging queues and providing users with highly efficient charging services.

Zhejiang Xindiantu Digital Technology Co., Ltd power installation team consists of a group of experienced and highly skilled professionals. They not only possess solid expertise in electrical engineering but also have extensive on-site construction experience, enabling them to handle various complex installation environments. In large-scale charging hub projects, the team adopts modular construction methods, prefabricating and assembling electrical equipment in factories before rapidly piecing them together on-site, significantly reducing the construction cycle.Throughout the construction process, the team strictly adheres to safety operating procedures and implements standardized safety protection measures to ensure the safety of both workers and the surrounding public. For specialized scenarios such as high-altitude work and live-line work, all team members undergo professional training and hold relevant qualification certificates, guaranteeing compliance with safety regulations.Upon completion of installation, the team conducts comprehensive system debugging and acceptance tests, including simulations of extreme operating conditions and continuous operation tests, to ensure the project meets design standards. With their meticulous work ethic and professional technical capabilities, the power installation team has delivered numerous high-quality projects, earning consistent praise from clients.

Zhejiang Xindiantu Digital Technology Co., Ltd has developed a city-level smart energy solution tailored for urban areas, serving as a critical pathway to achieving low-carbon urban development. This solution integrates multiple elements such as charging networks, energy storage systems, photovoltaic power generation, and green electricity trading to establish an energy internet that spans the entire city.In the urban transportation sector, the solution meets the charging demands of new energy vehicles by deploying high-density charging networks at locations like bus hubs, taxi stands, and roadside parking spaces. In the building sector, it promotes the installation of photovoltaic power generation systems and energy storage equipment in commercial buildings and residential communities, enabling buildings to achieve energy self-sufficiency and share surplus electricity.The solution also includes an intelligent energy dispatching platform that monitors real-time urban energy supply and demand, optimizes energy distribution, and reduces energy waste. Through integrated management of "generation, grid, load, storage, charging, discharging, and trading," it increases the proportion of clean energy in urban energy consumption, reduces carbon emissions, and helps cities establish low-carbon or even "zero-carbon" development models, thereby enhancing their sustainable development capabilities.

In response to the high energy consumption and emissions characteristic of industrial parks, Zhejiang Xindiantu Digital Technology Co., Ltd has launched an industrial park energy solution, providing robust support for green industrial upgrades. The solution involves the construction of distributed photovoltaic power generation systems within the park, utilizing rooftops, parking lots, and other spaces to generate solar power, thereby meeting part of the park's electricity demand.Complemented by large-scale energy storage systems, the solution stores excess solar power and off-peak grid electricity, releasing it during peak demand periods to reduce the park's reliance on the traditional power grid. Additionally, dedicated charging facilities are built for new energy logistics vehicles and commuter shuttles within the park, promoting electrification in the transportation sector.An energy management platform is employed to centrally oversee the park's energy production, consumption, and storage, analyzing usage data to identify energy-saving opportunities and provide recommendations to businesses. The solution also enables the park to participate in green electricity trading, helping companies procure clean energy, reduce carbon emissions, and enhance the park's green competitiveness, driving its transition toward a greener, low-carbon, and high-efficiency future.

Zhejiang Xindiantu Digital Technology Co., Ltd has developed a smart energy system for commercial and office buildings, integrating the concept of green energy conservation into every aspect of building operations. The system installs photovoltaic (PV) panels on rooftops and facades to convert solar energy into electricity, which powers lighting, air conditioning, and other building equipment.In the underground parking areas, smart charging stations are deployed to provide charging services for employees' and visitors' new energy vehicles. These charging stations are connected to the PV power generation system, prioritizing the use of green electricity for charging. Small-scale energy storage devices are also installed to store excess solar power, supplementing supply during peak demand periods and balancing grid load.Through an intelligent energy management system, precise control over the electricity consumption of various building equipment is achieved. The system automatically adjusts lighting and air conditioning based on occupancy levels, minimizing energy waste. Additionally, it monitors real-time energy consumption and carbon emission data, generating energy-saving reports to support decision-making for building management. This helps buildings obtain green building certifications while enhancing their quality and market value.

Zhejiang Xindiantu Digital Technology Co., Ltd charging platform is not just a charging service tool but also an ecosystem platform that connects users, enhancing user engagement and activity through refined user operations. The platform offers users a variety of service features, including charging reservations, real-time navigation to available charging piles, online payments, and charging record inquiries, meeting users' basic charging needs.Building on this, the platform has introduced a membership system where users accumulate points through charging consumption, which can be redeemed for benefits such as charging coupons and peripheral merchandise. It also conducts diverse marketing activities, such as holiday charging discounts, exclusive offers for new users, and check-in rewards, to attract user participation.Additionally, the platform has established user communities, making it easier for users to exchange charging experiences and share insights on vehicle usage, thereby fostering a sense of belonging. By analyzing users' charging habits and preferences, the platform delivers personalized services and promotional information, improving user satisfaction. These series of user operations initiatives have continuously boosted platform activity, creating a thriving user ecosystem.