Applications
New Energy
In the new energy industry, various user interface products like membrane switches, rubber keypads, and touch panels are integral to the functionality and usability of equipment and systems. These components enhance control, monitoring, and interaction with new energy technologies. Here’s how each of these user interface products is applied in the new energy sector:
Membrane Switches
1.Solar Inverters and Controllers
Membrane switches are used in control panels of solar inverters and charge controllers, allowing users to configure settings and monitor performance.
2.Wind Turbine Control Systems
Control panels equipped with membrane switches facilitate the operation and maintenance of wind turbines.
3.Battery Management Systems (BMS)
Membrane switches are used in the interface of BMS for energy storage systems, allowing users to monitor battery health and control charging/discharging processes.
4.Electric Vehicle (EV) Charging Stations
Membrane switches are used in EV charging stations for user interaction, such as starting/stopping charging sessions and displaying charging status.
Rubber Keypads
1.Hydrogen Fuel Cell Systems
Rubber keypads provide a durable and tactile interface for controlling hydrogen production, storage, and fuel cell operations.
2.Biomass Power Plants
Control systems in biomass power plants use rubber keypads for robust and reliable operation in potentially harsh environments.
3.Geothermal Power Station Controls
Rubber keypads are employed in control panels for geothermal power stations, offering resilience and easy cleaning in industrial settings.
4.Portable Solar Generators
Rubber keypads are used in portable solar generator interfaces, ensuring durability and ease of use in outdoor and rugged conditions.
Touch Panels
1.Smart Grids and Energy Management Systems
Touch panels provide an intuitive interface for managing and monitoring smart grids and energy management systems, allowing for real-time data visualization and control.
2.Home Energy Management Systems (HEMS)
Touch panels are used in HEMS for homeowners to monitor solar panel output, battery status, and overall energy consumption.
3.Electric Vehicle (EV) Dashboards
Touch panels in EV dashboards offer users a sophisticated interface for controlling vehicle functions, navigating, and monitoring energy usage.
4.Renewable Energy Control Centers
Large touch panel displays in control centers for wind farms, solar farms, and other renewable energy installations facilitate comprehensive monitoring and control of energy production and distribution.
5.Interactive Kiosks at EV Charging Stations
Touch panels are used in interactive kiosks at EV charging stations, providing users with easy-to-use interfaces for charging their vehicles and accessing additional services.
