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12/2021
#Service design
#System design
#User Experience Design
E-Cloud aims to address the growing power shortage problem in some parts of China by launching an innovative power management system based on smart energy storage networks. With the continuous growth of global energy consumption, power supply has become a major challenge, especially during peak seasons in summer and winter. The system helps users to store, distribute and intelligently manage electricity through advanced energy consumption analysis and intelligent power distribution technology, reducing electricity bills and energy waste. The system not only improves power utilization, but also helps users develop good energy-saving habits in their daily lives. It provides users with a flexible and personalized power management platform, so that every unit of electricity is used cost-effectively.
Concept
The core concept is a customizable energy storage network disk system that allows users to independently allocate the power resources in their homes according to their different living and power consumption needs. By storing the electricity saved in the network disk, users can not only optimize their daily electricity use, but also use the stored electricity for other scenarios, such as powering electronic devices when used outdoors. This system integrates cloud storage and intelligent power allocation technology to provide users with a new, flexible and efficient way to use electricity. More importantly, it aims to improve energy efficiency, promote a green lifestyle, and help alleviate the global energy crisis.
It revolves around how to maximize the use of existing power resources and improve power efficiency in the face of tight energy supply. Specific goals include:
- Improving the efficiency of power management in homes and businesses: Through energy consumption analysis and intelligent power distribution functions, users can monitor and optimize power consumption in real time to reduce waste.
- Realizing personalized storage and distribution of electricity: Based on the user's living habits, the system will automatically adjust the power usage plan to achieve efficient use of electricity, and store the saved energy for emergencies.
- Explore future paths for energy recovery and conversion: By applying the saved power resources to different scenarios, new ways of recycling energy in the future can be explored.
- Promote user behavior change in energy conservation: The system hopes to help users develop energy-saving habits and promote energy conservation and emission reduction through long-term use.
- Individual users: The system can help individual users optimize the efficiency of electricity use in their daily lives. Users can monitor their household's electricity consumption in real time through the smart network disk system and adjust the power consumption of appliances according to actual needs, such as adjusting the power distribution of air conditioners, televisions, and lighting. During peak electricity usage, the system will automatically adjust the use of high-power appliances, thereby helping users save electricity and electricity costs. Stored electricity can also be used to power personal devices when you are away from home, further reducing charging costs.
- Government (State Grid Corporation of China): State Grid can use the system to optimize the distribution of power resources. In particular, in the event of power shortages, the government can better control the supply and dispatch of power through intelligent control technology. The energy storage network disk solution provided by the system can balance the power supply by storing excess power during peak hours and releasing it to users in need during off-peak hours. In addition, by analyzing the power consumption data of individual users on a large scale, the State Grid can better predict and manage power demand, improving the stability and reliability of the power grid.
- Energy-saving scenario application: The system can also be used in scenarios such as going out and emergencies. Individual users can use the electricity stored in the network disk in outdoor scenarios, such as charging mobile phones and other devices in the field, or using the saved electricity to pay additional electricity bills in public places, thereby reducing the cost of using external power sources.
- Social benefits: The system promotes smart power management, encouraging users to reduce excessive power consumption, relieving pressure on the power supply while also reducing environmental pollution caused by coal-fired power generation. In the long run, this system can encourage more people to choose to save energy and use green energy, contributing to environmental protection and sustainable development.