Energy storage provides uninterrupted power, saves money and prevents disasters
Domestic products plus Taipower and AI are more convenient (AI digitization)

Domestic production: "Soft and hard products are 100% developed and manufactured in Taiwan in compliance with policy regulations." 100% complies with Taipower regulations and meets China's information security risk, CNS national certification.

Taipower: Tianyu is an export-oriented company, and its products must comply with safety certifications in the two major European and American markets. Certification.

AI digitization: digitization, intelligence, big data (carbon footprint), improving efficiency, and reducing carbon emissions

Instant response edge computing miniaturized energy modules can respond correctly to external events within a predictable and guaranteed time period.
Ensure the safe and stable supply of electric energy to the site in an all-round way.
Combining artificial intelligence AI technology to generate effective policy models brings multiple advantages in smart load management, optimizing energy utilization, improving system flexibility, reducing energy costs, and enhancing system security.

Through real-time monitoring and management system equipment, disaster prevention prediction and disaster warning can be realized. The real-time response capability can provide early warning of potential risks, improve the accuracy and reliability of early warning, and can also achieve remote control to ensure personnel safety and equipment operation.

AI-EMS was first launched in the enterprise field. It was introduced simply and did not require modification of the switchboard. It collected the obtained power data and used artificial intelligence calculations to establish an enterprise power load prediction model to provide customers with the best suggestions for energy and electricity decisions.

AI-EMS generates enterprise power health inspection reports. Based on scientifically calculated power health inspections, "accurate contract capacity", "recommended energy storage capacity", "evaluation of expected benefits", "planning of solar energy-generating equipment", "improvement and replacement of high-efficiency
"Equipment" can further control power through device functions and participate in Taipower's power sales planning such as demand response and instant transfer.

AI-EMS system equipment uses AI intelligent analysis, cloud database calculation, real-time monitoring and analysis every second, optimizes electric energy to reduce carbon emissions, and helps enterprises achieve sustainable energy management goals.

Off-peak storage and peak discharge, accurately ordering contract capacity, saving big costs for enterprises! Users can efficiently manage the enterprise's electric energy by importing Yuxiang's comprehensive power management, and reduce carbon emissions through verifiable data. AI-EMS has
Innovative technology relieves companies from the trouble of fines. According to actual feedback from many users, AI-EMS is not only easy to use and manage, but its system equipment combines high efficiency, stability, accuracy, intelligence, etc.
With many advantages, it saves electricity bills, manpower and no fines. Many industries have achieved the goal of reducing electricity bills by 20% compared to the same period last year!

A containerized energy storage system is a system where energy storage devices are installed within a standard shipping container. It integrates components such as batteries, inverters, and power management systems into a standardized container, facilitating transportation, installation, and expansion. This system offers high flexibility and can be customized to meet various needs.

Modular design: The standard container design makes the system modular, easy to transport and install.
Rapid deployment: Compared to traditional energy storage facilities, containerized energy storage systems can be deployed much faster.
Scalability: The storage capacity can be expanded by adding more containers as needed.
High safety: The container is equipped with comprehensive fire and safety protection measures.
Wide range of applications: It can be applied to peak shaving, valley filling, renewable energy grid integration, and microgrids.

Peak shaving and valley filling: Releases stored electricity during peak demand periods to flatten the grid load.
Renewable energy grid integration: Stores intermittent renewable energy such as solar and wind power to improve utilization.
Microgrids: Serves as the energy center of a microgrid, providing a stable power supply.
Backup power: Provides backup power in case of disasters or emergencies.

Energy storage battery: Typically uses lithium batteries, offering high energy density and long cycle life.
Inverter: Converts DC power to AC power for user consumption.
Battery management system (BMS): Monitors the battery's status to ensure safe operation.
Energy management system (EMS): Controls the operation of the entire energy storage system.
Cooling system: Maintains a stable temperature within the system.

With the advancement of storage technology and the reduction of costs, the application of containerized energy storage systems will become increasingly widespread. In the future, containerized energy storage systems will be deeply integrated with electric vehicle charging stations, smart grids, and other technologies to provide strong support for energy transformation.

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As renewable energy becomes increasingly prevalent and the pursuit of energy independence grows, home energy storage systems are gradually becoming the choice for many households. These systems can store excess electricity and supply it when needed, not only reducing electricity bills but also increasing energy self-sufficiency and contributing to environmental protection.

A home energy storage system is like a "home battery" that can store electricity generated from renewable energy sources such as solar panels and wind turbines for household appliances. In the event of a power grid failure, the storage system can also provide backup power to ensure uninterrupted power supply to the household.

Energy storage device: Typically using lithium batteries, offering high energy density and long lifespan.
Inverter: Converts direct current (DC) to alternating current (AC) for household appliances.
Charge controller: Controls the charging and discharging of the battery.
Monitoring system: Allows users to monitor the system's operation through a mobile app or computer.

Reduced electricity bills: By storing electricity during off-peak hours and using it during peak hours, electricity bills can be lowered.
Increased energy self-sufficiency: Combined with renewable energy sources such as solar panels, reliance on the grid is reduced.
Improved power stability: Can provide backup power during power outages.
Reduced carbon emissions: Reduces reliance on fossil fuels and lowers carbon emissions.

Residential: Provides electricity for households, improving quality of life.
Commercial buildings: Reduces commercial electricity costs and improves energy efficiency.
Off-grid areas: Improves the unstable power supply in off-grid areas.

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