Are you often troubled by these issues in managing factory energy?
- Want to know your factory’s exact electricity usage and trends
- Electricity usage often exceeds the contract limit, resulting in fines
- Unsure how many generators are needed for the load at the user end?
- Want to diagnose unreasonable energy consumption areas in the factory…
Build a smart local microgrid
to solve these problems at once!
Compared to traditional large power grids that only monitor and analyze electricity usage, Leda helps you build a small, localized power system that can operate independently and connect with the main grid to supply electricity to specific areas.
Microgrids consist of various energy sources, including solar panels, wind power, gas generators, energy storage systems, etc. With smart grid, energy communication technology, and artificial intelligence, the system not only monitors electricity consumption but also enables automatic detection, smart scheduling of energy use, energy integration, and intelligent energy saving.
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Smart Energy Storage and Scheduling
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Real-Time Data and Electricity Distribution
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Seamless Switching of Multiple Energy Sources
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Filterable Historical Reports
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Trend Prediction and Automatic Energy Management
Solution Structure
Solution Content
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01Smart Power Management
The intelligent operation and maintenance management platform is a lightweight, integrated framework that transmits power data to the equipment and connects to SCADA (Supervisory Control and Data Acquisition). It offers an easy-to-use interface to view the total electricity consumption overview, real-time data, and compare past usage. It can also predict future electricity trends and work with automatic power control to expand energy-saving effects.
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02Smart Meter
・Smart Meter Head Recognition System
Provides intuitive, visual meter values that automatically generate reports and send warning messages, eliminating the need for manual monitoring and reading.
・Flexible MEMS Pressure Sensor
This sensor responds linearly to varying pressure, increasing conductivity with greater pressure. The technology integrates innovative microstructures and engineering designs, offering diverse applications and enhanced user experiences.