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INTELLIGENT CHARGING OVERALL SOLUTION

Shandong Yidian Charging Pile Co., Ltd. is a high-tech enterprise integrating new infrastructure development, R&D and manufacturing of high-end equipment, as well as the provision, construction, and operation of digital energy solutions. The company is poised to become a nationally supported “Little Giant” enterprise recognized for its specialization, refinement, uniqueness, and innovation.
Guided by the ethos of “craftsmanship and Chinese smart manufacturing,” the founding team has assembled a group of outstanding domestic R&D talents focused on smart energy. This has led to the development of a series of innovative products in the new energy sector. Moving forward, Yidian will uphold “Focus on Innovation, Dedication to Service, Assurance in Quality, and Sincerity in Partnership” as its core corporate philosophy, positioning continuous innovation as a vital strategic pillar. Through sustained technological accumulation and intensive R&D investment, the company has cultivated robust independent innovation capabilities. Its core technology R&D hub is located in Shenzhen, within China's Greater Bay Area, holding multiple core technologies for charging control systems and having applied for and obtained over 50 invention patents.
The company currently offers fifth-generation new energy vehicle charging digital technology, microgrid energy storage, high-voltage direct current (HVDC) power supply, intelligent interconnection systems, and new energy IoT big data operation platform software. It implements product modularization, service standardization, and a comprehensive service system while continuously advancing product iteration. The company holds certifications for Quality Management Systems, Environmental Management Systems, Occupational Health and Safety Management Systems, and Intellectual Property Management Systems.

Certification

Business Fields

Communication busbar wiring scheme

The AC bus solution for integrated light storage and charging stations is currently a commonly used solution for light storage and charging, which is widely used in multi energy complementary applications of charging station system expansion systems. It can achieve an integrated container solution for photovoltaics, energy storage, and batteries. Wide range of access power and flexible design. It can be used for microgrid applications such as power supply in areas without electricity, integrated light storage and charging, electricity sales in industrial parks, and large-scale charging stations. The energy storage system reduces peak shaving and valley filling, lowers the distribution capacity of the power grid, and solves the problem of power distribution expansion.

DC bus wiring scheme

The DC bus solution for the integrated charging station of light storage and charging adopts a DC bus power supply architecture. The DC bus mainly provides charging power for DC piles, and the DC power on the DC bus is converted into a matching voltage range for new energy vehicle charging through DC/DC charging modules. The DC bus power can come from the power grid, photovoltaic power generation system, and energy storage system, which use AC/DC bidirectional converters, photovoltaic MPPT controllers, and DC/DC bidirectional converters for power conversion.

Solution for Optical Storage Charging System

The construction of integrated photovoltaic, energy storage, and charging stations is an innovative attempt in the construction of new energy vehicle charging stations. The charging stations are powered by clean energy and store electricity through photovoltaic power generation. The photovoltaic, energy storage, and charging facilities form a microgrid. According to demand, it can intelligently interact with the public power grid and achieve two different operating modes: grid connected and off grid. On the basis of charging stations, adding photovoltaic power generation, energy storage systems, emergency charging and other systems for grid intelligent interaction plays a key role in assisting grid peak regulation, smooth output of electricity, and improving grid stability.

Cooperation Model

Old pile renovation mode

Our company has a strong technical team that provides integrated transformation solutions for communication protocols, charging interfaces, and supporting control interfaces on the software and hardware of charging stations.

Maintenance service model

The station is funded and constructed by the customer, and we provide an operation platform, assist in operation, or undertake equipment maintenance services. Both parties share a certain proportion of the cost.

Cooperative operation mode

The cooperating party provides the venue or vehicles, while we provide the products, engineering construction, and operation platform, or both parties jointly invest in charging stations to provide services for specific vehicles and share investment returns.

Station BOOT mode

BOOT stands for Build Own Operate Transfer, which refers to our company bearing all or part of the initial investment, including equipment and engineering costs. During the franchise period, we obtain revenue by providing operational services and transfer the site management rights and ownership after reaching a certain period of time or repurchase conditions.

Products

New generation liquid cooled supercharging

720kW liquid cooled overcharging

PDU type DC charging stack

160KW integrated DC pile series

240KW integrated DC pile series