Development Practice of a Distributed Campus Carbon Footprint System Based on the Coze Platform

——Technical Implementation of Low-Carbon Behavior Incentive Function for Teenagers

Abstract

As global climate change intensifies, cultivating low-carbon behavior among teenagers has become an important topic in the education field. However, many teenagers lack an intuitive understanding of the carbon emissions generated by their daily behaviors, and the effectiveness of traditional advocacy methods is limited. This research developed a distributed campus carbon footprint system based on the Coze low-code platform. Addressing the challenge of students struggling to quantify the carbon emissions of daily behaviors, the system realizes carbon footprint visualization and behavior guidance through modules such as behavior data collection, distributed point calculation, gamified carbon point incentives, and real-time suggestion pushing. Key technologies involved include user sharding storage strategy, dynamic carbon point algorithm, and transactional exchange engine. The core of the system lies in promoting the formation of students' low-carbon habits through instant feedback and positive incentives, providing a feasible technical solution for campus carbon neutrality.