This article shares the complete implementation experience of an energy consumption monitoring project in a commercial complex, from solution design, sensor selection, data collection to energy-saving effect evaluation.

With the deep integration of AI and IoT technologies, building operations are undergoing a paradigm shift from reactive response to proactive prediction. This article explores how AI+IoT reshapes building energy management.

This article explores how to leverage sensor data for intelligent energy efficiency optimization of HVAC systems, covering sensor deployment strategies, data analysis methods, and actual energy-saving results, providing technical references for building energy management.

In building energy consumption, HVAC systems typically account for 40%-60% of total energy usage. Water pumps, as core equipment in water distribution systems, can achieve significant energy savings through VFD technology that dynamically adjusts pump speed based on end-load variations.

In smart building and IoT applications, choosing the right communication protocol is crucial. This article compares LoRaWAN and NB-IoT protocols to guide your project selection.

With the advancement of "dual carbon" goals, the education sector, as a major energy consumer among public buildings, faces serious challenges in energy conservation. This article takes a key middle school's smart campus energy management system as a case study, detailing the full process from requirements research, solution design to system implementation, providing replicable experience for similar projects.

night pre-cooling, building energy saving, HVAC optimization, natural cooling, energy monitoring, building automation, sensor, smart control, thermal storage, carbon reduction