TMR Leftover collection
The 14th Five Year Plan for Industrial Green Development (referred to as the Plan) issued by the Ministry of Industry and Information Technology proposes that by 2025, China's energy efficiency will steadily improve, and the energy consumption per unit of added value of industrial enterprises above designated size will be reduced by 13.5%. In terms of agriculture, we will vigorously develop green and environmental protection equipment, accelerate the promotion and application of rural energy-saving and environmental protection equipment such as biomass gas supply, power supply, and agricultural film pollution control from crop straw and livestock manure.
Since 2020, many feed costs have been rising, especially for small and medium-sized pastures, which have been under significant cost pressure. Saving costs and increasing efficiency are urgent needs for herdsmen. The large amount of leftover materials accumulated during livestock and poultry breeding, if not effectively treated, can easily lead to resource waste. Collecting and reusing these leftover materials is an effective way to save feed costs.
The TMR leftover collection system is designed to be installed on TMR leftover collection vehicles in the ranch, enabling real-time recording of leftover collection data for each cow barn . Once uploaded to the software platform, the system analyzes the leftover conditions of the herd and barns.guiding and supervising the feeding-process.
Classic feeding overall solution architecture
The leftover collection and monitoring system helps ranch users address the issue of leftover wate,reducing costs and increasing efficeiency,thus inproving the economic benefits for users.The system mainly focuse on planning the entire collection process, monitoring the execution of the collection, and statistical analysis of the collection results.
This system consists of a cloud platform and the leftover collection terminal (model: TMRLC001, 5G, cloud version), and it can integrate with the TMR precision feeding monitoring system.