Power Charging, Storage and Discharging-电力存储放

Three Business

Comprehensive Infrastructure

Rail Transit Network

Major Transportation Corridors

Smart Neighborhoods

New Infrastructure Engineering

Digital and Intelligent Governance

Comprehensive Management and Control

Vehicle-Road-Cloud

Low-altitude Control and Management

Power Charging, Storage and Discharging

New - Quality Operations

Asset Activation

Low-altitude Operation

Lifeline Engineering

Operation Assurance

Digital Base

Multi-mode AI Regulation Business Engine

Evolutionary Computing Platform

Digital Twin Foundation

Power Charging, Storage and Discharging

Against the backdrop of the new energy security strategy of "Four Revolutions and One Cooperation", the new energy industry is developing rapidly, and the energy transformation is being accelerated. How to "integrate emerging digital technologies, improve the consumption capacity of renewable energy, enhance the resilience of urban energy security, and promote the joint development of energy and industries" is a pressing problem that needs to be solved. In response to the energy demands of urban new energy, such as "full-scale visibility and panoramic controllability", "intelligent measurability and precise response", and "high-efficiency coordination and flexible dispatching", a city-level network for power charging, storage and discharging is established, providing the full-chain engine capabilities for new energy, including "planning, construction, management, operation and service", and forming a new model for intelligent energy management and control.

Overall Solution

Build a unified network for power charging, storage, and discharging based on digital twin and large - model technologies. Integrate diverse and heterogeneous energy data to create five core application scenarios for new energy, namely "planning and site selection, construction filing, safety supervision, intelligent regulation and control, and operation services". Achieve a city - wide energy Internet and enhance the resilience of urban energy security.

Energy Planning and Site Selection

Based on the integration of multi-source heterogeneous big data such as planned land use data, power supply data, new energy vehicle data, OD (Origin-Destination) data, population data on residence and workplace, and signaling data, provide recommendations for intelligent energy planning and site selection.

Energy Construction Filing

In a digitalized manner, provide full-process supervision functions for both government regulators and energy construction parties regarding distributed energy, covering the entire process from construction application, filing approval, process supervision to completion acceptance.

Energy Safety Supervision

In the form of digital twin and panoramic controllability, achieve a closed-loop of the full process of safety supervision for distributed energy sources (charging stations, photovoltaics, energy storage, charging and swapping cabinets, etc.) across the whole city.

Energy Intelligent Regulation and Control

Based on the learning and training of billions of data, build an energy large model to achieve accurate (over 90%) real-time prediction of the load in each region of the city and issue grid-level accurate energy regulation and control strategies.

Energy Operation Services

Empower enterprises by providing refined and intelligent transaction operation services throughout the entire energy process to maximize profits.
Serve users by providing one-stop public services to enhance citizens' charging experience.

Implementation Cases

Shenzhen Power Charging, Storage and Discharging Integrated Network Platform (Enterprise Service Version)

The Transportation-Energy Integration Virtual Power Plant Platform of Chengdu Transportation Investment Group

It creates the first integrated network for power charging, storage and discharging in China. Currently, it is the comprehensive management platform with the largest number of connected distributed resources, the most diverse types of resources and the widest coverage in the country. With the concurrent access of tens of millions of devices and the millisecond-level response to massive data, it realizes the "visibility, measurability, adjustability and controllability" of energy, promotes the construction of a robust local power grid, improves the consumption capacity of renewable energy, and enhances the resilience of urban energy security.

Based on the city-level energy replenishment, energy storage, and micro-power network, relying on dynamic and static traffic scenarios, and taking the transportation-energy integration virtual power plant platform as the carrier, it effectively helps to optimize and improve the transportation structure, energy structure, and industrial structure of Chengdu, and enhances the energy security guarantee capacity of the megacity. Downward, it aggregates various distributed resources such as photovoltaic power generation, energy storage, charging, battery swapping, and adjustable load, and realizes the energy consumption scheduling within the microgrid. Upward, it collaborates with the virtual power plant and the electricity trading market, participates in demand response and electricity trading, and generates more profits.

Our Advantages

Industry-leading project delivery experience at the city level in the energy sector covering "planning, construction, management, operation and service"

One-stop support capabilities for the scenario-based implementation and large-scale development of urban energy business scenarios

With the background of a state-owned enterprise and being a leading enterprise in the field of transportation-energy integration, it has abundant technological ecological resources.

Integrating emerging core technologies such as digital twin, large model, and cloud computing to empower energy business capabilities.