06,10,2026 53views
【Smart CityOnline Brand Column】Recently, the National Energy Administration released a list of 51 "artificial intelligence+" high-value energy scenarios; The National Development and Reform Commission, National Energy Administration, Ministry of Industry and Information Technology, and National Data Administration jointly issued the Action Plan on Promoting the Dual Empowerment of Artificial Intelligence and Energy. The policy clearly includes intelligent diagnosis of distribution networks, user side load management, and multi energy collaborative optimization of high energy consuming parks as key directions.
For the vast majority of enterprises, parks, supermarkets, hospitals, and schools, the most direct pain point in electricity usage is not on the high-voltage grid side, but on the 380V/220V end of pipe electricity system under their noses - that is the true source of electricity bills, safety hazards, and maintenance troubles. AI policy wind has arrived, user sideSmart ElectricityThe best time for management to be implemented is now.
Why do users need AI more for end of pipe electricity consumption on the demand side?
Traditional end of pipe electricity management generally faces three major "old problems":
Can't see clearly：The overload was only discovered when the electrical box tripped, and the air conditioning was turned on all night without anyone noticing. The aging and leakage of the equipment were imperceptible.
I'm not sure：The electricity bill only shows the total electricity consumption, without knowing which distribution box, line, or time period consumes the most electricity, making it difficult to save energy.
Not detailed enough:Forgetting to turn off the lights and air conditioning after work, using high-power appliances in violation of regulations, and causing equipment damage due to three-phase imbalance are all daily pain points.
The integration of AI technology, without changing the original circuit, only installing intelligent IoT sensing modules in the end electrical box, can make the power system "think, warn, and optimize".
What practical pain points have been solved by AI+end use electricity?
Pain point 1: Electrical fire hazard "invisible"
AI solution:Monitor the current, voltage, leakage current, cable temperature and other parameters of each end line 24/7, with second level warning and remote alarm.
Value:Transforming electrical fires from "post extinguishing" to pre blocking, especially suitable for old power lines and densely populated areas.
Pain point 2: High electricity bills without knowing where to start saving
AI solution:Independently measure and analyze each circuit and equipment group (air conditioning, lighting, power, sockets, etc.), automatically identify high energy consumption periods, standby waste, and unreasonable electricity consumption during peak and off peak periods, and generate energy-saving suggestions.
Value:User side comprehensive energy saving of 10%~30%, with a high input-output ratio.
Pain point 3: Operations rely on running errands, and faults rely on "blind guessing"
AI solution:Automatically identify electrical topology, quickly locate fault points, and evaluate equipment health.
Value:The average troubleshooting time has been reduced from a few hours to a few minutes, significantly reducing production downtime.
Pain point 4: Three phase imbalance and low power factor affect equipment lifespan
AI solution:Real time monitoring of three-phase voltage/current imbalance and power factor, automatic push of optimization suggestions when exceeding limits.
Value:Extend equipment lifespan and reduce abnormal shutdowns.
Typical application scenarios in various industries
Policy implementation: Your end of pipe electricity needs to be upgraded
Under the strong driving force of the national "AI+Energy" policy, user side smart electricity management has become a necessary requirement for enterprises to reduce costs and increase efficiency, implement safety responsibilities, and respond to energy consumption assessments.
Hangzhou Sifang Borui Technology Co., Ltd. focuses on the independent research and development, production, sales, after-sales service, and operation and maintenance capabilities of the end-to-end intelligent power management system, enabling every distribution box, every circuit, and every electrical equipment to have an AI brain.
