Case of Monitoring Project for Working Hours and On/off Status of Production Electrical Equipment

Aug,01,2025 << Return list

1 Solution Requirements

1.1 Factory Introduction

Hangzhou Fengyi Textile Co., Ltd. is located in Yaqian Town, an important industrial town in the eastern part of Xiaoshan District. It is connected to the Shanghai-Hangzhou-Ningbo Expressway in the north, 10 kilometers away from Xiaoshan International Airport, and adjacent to China Textile Raw Materials Expo City and China Textile City in the south. It has convenient transportation and a superior location.

Hangzhou Fengyi Textile Co., Ltd. was founded in January 1997. At present, the company has total assets of 100 million yuan, registered capital of 10 million yuan, and covers an area of 100 acres. The company has been successively rated as "Contract-abiding and Credit-keeping Enterprise", "Municipal Innovation and Development Enterprise Award", and has also been awarded "AAA-level Credit Enterprise Customer" by many banks. The company specializes in the production of various specifications of POY and DTY environmentally friendly polyester colored yarns, with an annual output of more than 20,000 tons of various colored yarns. With its gorgeous colors, first-class color fastness, extremely low thread breakage rate, and comfortable feel, it has won an excellent reputation among domestic and foreign customers. At the same time, it specializes in the production of high-end knitting yarns, with an annual output of more than 15,000 tons of various yarn products.

1.2 Data collection requirements

Collect current parameters to monitor the current of key production equipment in textile factories and report data once a minute.

Collect electricity meter data to monitor the power consumption of key workshops and factory areas.

According to local policies, after the energy consumption data is monitored and collected and connected to the system, corresponding government subsidies can be obtained.

2 Data collection plan

This data collection uses 4G wireless open -type AC sensors, which are used to collect data and are finally pushed to the platform through wireless modules.