Energy Storage Module（Bidirectional Power Module） allow electrical energy to flow in two directions. This means the battery or energy storage device can be charged from the power source and also supply energy to other devices. Bidirectional charging modules are important energy management equipment. It's important in e-mobility, energy storage, and renewable energy. It helps with the transition to sustainable energy.
A bidirectional module has the following characteristics and advantages:
Bidirectional energy flow: The module enables the bidirectional transfer of electrical energy. It can transfer energy from the grid to the electric vehicle (EV) battery for charging, and it can also transfer energy from the EV battery back to the grid.
Flexibility in energy management: The module allows for dynamic adjustment of energy flow direction and speed based on demand.
Support for energy grids: It facilitates the integration of electric vehicles into the energy grid, enabling flexible energy scheduling and optimization.
Energy feedback and backup power: The module can feed energy back to the grid by transferring excess energy from the EV battery, serving as a backup power source.
Network stability and load balancing: By participating in frequency and voltage regulation, the module enhances grid stability and load balancing.
Cost savings and energy efficiency: It utilizes the capacity of EV batteries for energy storage and discharge, improving energy utilization efficiency and reducing costs.
In summary, a bidirectional module offers bidirectional energy transfer, flexibility in energy management, support for energy grids, energy feedback and backup power capabilities, network stability and load balancing, as well as cost savings and energy efficiency.
The working principle of a bidirectional power module is as follows:
Charging Mode (from the grid to the electric vehicle battery):
Step 1: The AC electrical energy from the grid is input into the bidirectional power module.
Step 2: The bidirectional power module converts the AC electrical energy into DC electrical energy.
Step 3: The DC electrical energy is processed through techniques such as current control and voltage regulation to meet the charging requirements of the electric vehicle battery.
Step 4: The processed DC electrical energy is transferred to the electric vehicle battery for charging.
Discharging Mode (from the electric vehicle battery to the grid):
Step 1: The energy status of the electric vehicle battery and the energy demand of the grid are detected.
Step 2: The DC electrical energy from the electric vehicle battery is processed through techniques such as current control and voltage regulation to meet the energy demand of the grid.
Step 3: The processed DC electrical energy is converted into AC electrical energy through the bidirectional charging module.
Step 4: The converted AC electrical energy is input into the grid to be used by other users or systems.
The bidirectional power module achieves bidirectional transmission of electrical energy between the grid and the electric vehicle battery through energy conversion, control, and regulation techniques. In the charging mode, it converts the AC electrical energy from the grid into DC electrical energy for charging the electric vehicle battery. In the discharging mode, it converts the DC electrical energy from the electric vehicle battery into AC electrical energy for feeding back to the grid. This bidirectional transmission enables the electric vehicle battery to serve as both an energy recipient for charging and an energy provider for supplying energy to the grid.
Bidirectional charging pile module is a device that can realize two-way energy transmission between electric vehicles and the power grid. Compared with traditional charging piles, which can only transfer electricity from the grid to the battery of the electric vehicle, two-way charging pile module can not only charge, but also return energy from the battery of the electric vehicle to the grid, realizing the two-way flow of energy.
The advantages of the two-way charging pile module include: The ability to interconnect energy between EVs and the grid, providing greater flexibility and sustainability in the energy system.
The ability to use EVs as an energy reserve and return excess energy to the grid, providing energy balancing and peak shaving.
Can be used as a backup power source to supply the grid or other equipment in emergency situations.
Provides EV users with more options for energy management and utilization, reducing energy costs.
Installing a two-way charging post module may require some special electrical equipment or electrical system improvements. This may include additional power lines, battery management systems, smart grid controls, etc. Before installing the Bi-directional Charging Post Module, it is recommended to consult a professional electrical engineer or consult an installation service provider.
Yes, the Bidirectional Charging Post Module can be used with solar panels or other renewable energy systems. This configuration allows for higher utilization of renewable energy, storing excess energy in the EV's battery or returning the EV's battery energy to the grid or other devices.
Save cost-with manufacturer direct pricing
Control quality-with strict quality control and testing
Save time-with experienced team to get project done
English
