Real-Time Environmental Monitoring and Control for Ensuring Optimal Temperature and Humidity Conditions for Patient Comfort and Medical Equipment Integrity

Ensuring precise environmental parameters, particularly in terms of temperature and humidity, is crucial for both patient safety and the longevity of essential medical equipment. This innovative solution utilizes IoT technologies, featuring the DHT11 sensor-equipped ESP32 micro controller, for continuous data collection and secure transmission to the Blynk platform's cloud server. The selection of the DHT11 sensor is based on its attributes, including accuracy, cost-effectiveness, precision, and reliability, for providing real-time temperature and humidity data. The intelligent control logic autonomously responds to deviations in environmental conditions, triggering corrective actions such as activating cooling, heating, or humidity control mechanisms. This real-time surveillance system empowers healthcare institutions to manage environmental conditions actively, ultimately enhancing patient comfort and safeguarding the integrity of medical equipment. The project's adaptability and scalability cater to diverse healthcare needs, contributing to an elevated standard of patient care and healthcare facility functionality. The ESP32's control logic maintains ideal conditions by continuously checking and initiating actions in response to deviations from predefined thresholds. By harnessing the potential of IoT and cloud technology, this initiative significantly improves patient well-being and enhances the overall quality of healthcare services.