Application Solutions

Energy saving and carbon reduction service solution for industrial parks based on BF2 Chip

 

 

Under the guidance of the national “3060” dual carbon strategy, the energy industry is facing great changes, with both opportunities and challenges. In order to fully implement the goal and task of carbon peaking and carbon neutralization, accelerate the promotion of green and low-carbon development and accelerate the transformation of traditional energy industry, it also depends on technological innovation.
How to empower energy conservation and emission reduction?

The park is an important carrier of China’s economic and industrial development. The park is the main focus to promote systematic energy conservation and emission reduction.

In order to solve the problems of low efficiency, high cost, imprecision and repeated labor and investment of manual inspection, how to realize the informatization of means, energy-saving refinement, efficient service and intelligent management in the industrial park.
Through the investigation of several parks, we found the following common needs:

• Internet of things chip integration and equipment blockchain access;
• Full collection and perception of energy consumption data in the park;
• Energy consumption monitoring and quality tracking;
• Energy consumption early warning mechanism and energy conservation evaluation management;
• Power load forecasting of the industrial park and accurately grasp the power supply demand of the park;
• Automatic indoor temperature regulation and remote control of office equipment;
• Intelligent control strategy and fault analysis of street lamps;
• Photovoltaic power generation prediction and energy scheduling strategy;

Our solution

The scheme framework is based on Yuefang BF2 chip to establish various Internet of things devices for acquisition, control and communication, prevent information tampering by using blockchain technology, and optimize the energy consumption scheme of the industrial park and reduce carbon emissions by using big data and artificial intelligence algorithms. The energy conservation and carbon reduction service scheme of the intelligent park mainly carries out software development and implementation from the aspects of server, client, park and user, so as to realize energy visualization, intelligent decision-making, control automation, digital management and networked transmission. Yuefang will use big data, Internet of things, artificial intelligence and blockchain technology to achieve the following objectives:

• Internet of things chip integration and intelligent equipment linkage to achieve energy consumption data collection and control in industrial parks;
• Power load forecasting of the park to support the power grid planning of the park;
• Park energy efficiency management based on big data to achieve scientific energy conservation and consumption reduction;
• Build a safer intelligent device operation environment based on blockchain technology;
• Intelligent equipment operation situation awareness to improve equipment fault alarm capability;
• Energy consumption analysis and intelligent control of office equipment to avoid “long on light” and “long standby”;
• Build a reasonable intelligent street lamp control strategy to realize the remote control operation of various lamps;
• Photovoltaic power generation prediction and energy scheduling strategy to maximize local consumption of photovoltaic power generation;

 

Overall topology

 

 

 

 

Program advantages

Compared with the traditional scheme, the overall energy consumption is high, the operation efficiency is low, the management means is not intelligent, the resource utilization rate of enterprises in the park is low, and the security problems, Yuefang’s innovative scheme has a safer information system, a more open monitoring system, a more intelligent perception system, a more scientific analysis system, and a more comprehensive management system.