Industrial Manufacturing Field

1. Whole process control of intelligent factory
(1) Based on 5G+TSN (Time-Sensitive Network) technology, real-time data collection and remote control of production equipment are achieved.
(2) Deploy intelligent distribution cabinets to design explosion-proof and high-temperature resistant equipment for high-risk environments such as chemical industry and oil and gas, support high-load operation and integrate temperature, humidity and current anomaly monitoring functions.
2. Energy Management and Demand Response
By analyzing historical electricity consumption data through edge computing, peak and off-peak loads can be predicted and the operation periods of production lines can be dynamically adjusted. Combined with energy storage systems, "off-peak electricity consumption" can be achieved, reducing electricity costs by more than 30%.

1. Distributed energy integration
Wind turbines + photovoltaic panels are deployed on the roof, combined with the building energy storage system, to achieve "self-use, surplus electricity online".
2. Intelligent power distribution and energy efficiency optimization
(1) Installing smart electricity meters and an energy management system (EMS) to monitor the energy consumption data of lighting, air conditioning, elevators and other equipment on each floor in real time. Through AI algorithms, dynamically adjust the air conditioning temperature and optimize the elevator operation path, achieving a comprehensive energy-saving rate of 25%.
(2) For high energy consumption scenarios such as data centers, medium voltage flexible direct converter is used to realize AC/DC hybrid power supply, improving the power conversion efficiency to more than 98%.
3. Emergency power supply guarantee
A microgrid composed of wind turbines, solar panels and energy storage system is configured to switch to the island operation mode within 100 milliseconds when the power grid fails, ensuring continuous power supply to critical loads such as the cashier system and fire equipment in shopping malls.

1. Household energy management systems
Integrated household wind power generator, photovoltaic, Energy Storage Battery and smart appliances, to achieve “Wind-solar-storage-charging” integration. Users can set the "priority use of wind power - photovoltaic power" mode through the mobile phone APP. It will automatically charge and store energy during off-peak hours and discharge during peak hours to reduce electricity expenses.
 

1. Wind-solar-storage integrated system
The wind farm is equipped with lithium battery energy storage, combined with 5G communication and edge computing to achieve "second-level power smoothing", and control the fluctuation of wind power output within ±5% to meet the requirements of grid connection.
2. Microgrid cluster control
"Wind-light-storage" microgrids are built in remote areas, and energy ratio is dynamically optimized through energy management system (EMS).

1. Orderly charging network
The charging piles communicate with the power grid in real time and dynamically adjust the charging power according to the load conditions.
2. Vehicle-to-grid Interaction (V2G)
Electric vehicle batteries participate in peak shaving of the power grid as distributed energy storage units.
3. Intelligent transportation and energy coordination
Integrate bus charging piles, scenery smart street lights, road sensors and other equipment, and realize data sharing through the urban energy management platform.

1. Off-grid microgrid
The combination of "wind power + photovoltaic + energy storage" is adopted to realize island operation with intelligent controller.
2. Explosion-proof and anti-harsh environment design
For offshore oil fields, mining areas and other scenarios, develop waterproof, dustproof, vibration-resistant intelligent distribution cabinets and transmission equipment, supporting operation in a wide temperature range from -40 °C to 85°C.
3. Emergency communication and rapid recovery
Configure 5G self-organizing network devices to quickly establish temporary communication links in the event of disasters such as earthquakes and typhoons, and combine with mobile energy storage vehicles to achieve 72-hour emergency power supply.