INJET ENERGY MANAGEMENT
Power Your Future with Green Energy
Injet Energy management is a more economical and environmentally friendly energy management mode, we brings more energy saving and efficient management mode for your home life and business through power energy sharing and power load balancing technology.
Power Sharing
Multiple electric vehicles charging in one location at the same time will lead to continuous power load peaks. By using Injet energy management, you can configure power limits for different EV charging in a more intelligent way, it can help to achieve the distribution of electric loads and get you more efficiency when charging EVs.
Dynamic Load Balancing
Dynamic load balancing is an intelligent energy management solution. It can help balance the charging load of electric vehicles between home and other power systems, ensure the supply of indoor power and stable power support. Also it can provide reasonable peak power supply for electric vehicles to the maximum extent.
Smart & Safe EV Dynamic Load Balancing
Intelligent dynamic load balancing is crucial for optimizing energy distribution, boosting system efficiency, and ensuring safety in various applications, especially in electric vehicle (EV) charging. Injet delves into the key benefits and functionalities of intelligent dynamic load balancing.
DYNAMIC LOAD BALANCING FOR HOME
Dynamic Load Balancing is a feature that monitors changes in power usage in a circuit and automatically allocates available capacity between Home Loads or EVs. It adjusts the charging output of electric vehicles according to the change of electric load
Injet M3 Charge Mate
Both 1-phase & 3 phase available
Dynamic load balancing (DLB) for EV chargers at home is a technology that intelligently manages the distribution of electrical power to ensure efficient and safe charging of electric vehicles without overloading the household electrical system.
EV Charger Power Sharing
The EV Charger Power Sharing technology allows multiple electric vehicles (EVs) to charge at the same time without overloading the electrical capacity of a specific location. This is especially handy in residential areas where the electrical system might not be able to handle charging multiple EVs simultaneously at full speed.