MANAGEMENT AND OPTIMIZATION OF HEATING AND COOLING SYSTEMS

Abstract

The invention is a method for managing and optimizing heating and cooling systems, comprising a thermal camera to collect temperature data of living and non-living things in the area to be conditioned, a control unit that processes and analyzes the data collected via the thermal camera, identifies whether the living thing is a human, animal, or plant based on the temperature analysis, and accordingly controls the ambient temperature setting by transmitting this information to the ventilation unit to achieve the optimum temperature setting, and a ventilation unit that adjusts the ambient temperature according to the directives received from the control unit.

Description

MANAGEMENT AND OPTIMIZATION OF HEATING AND COOLING SYSTEMS ENSURING TECHNICAL FIELD The invention allows for better regulation of temperature, humidity, airflow, and air quality in indoor spaces. It is about providing a comfortable and healthy living and working environment. STATE OF THE ART Modern air conditioning systems can affect the temperature of living beings in the environment. Working without considering the data leads to many shortcomings and inefficiencies. These systems typically operate with fixed temperature settings and provide real-time ambient temperature information. It does not meet their needs. For example, the number of people in a room, mobility status. When factors such as body temperature are not taken into account, energy is wasted and The desired level of comfort may not be achieved in the environment. Furthermore, these shortcomings, especially... Rising energy costs and sustainability issues in large buildings and commercial spaces. This can lead to the failure to achieve their goals. Therefore, the temperature of the living organism... By developing smarter and more responsive climate control systems that integrate data, Energy efficiency can be increased, leading to both economic and environmental benefits. These types of systems respond to users' needs more quickly and accurately. This will provide, thus improving, the overall quality of life and comfort level. Current air conditioning systems only use ambient temperature as a reference. It works by taking and therefore is largely directed towards inanimate environments. It provides climate control. Such systems protect the living beings in the environment (humans and (animals) ignore their needs for warmth and comfort, thus reducing productivity and It is inadequate in terms of comfort. THE PURPOSE OF THE INVENTION The main purpose of the invention is to optimize the temperature of indoor and / or outdoor spaces. It is performed automatically. 1 The purpose of the invention is to determine whether the people in a given location belong to a living or non-living group. To identify. Another purpose of the invention is to determine what kind of living beings might be present inside the spaces. It is the detection of the presence of living beings. Another aim of the invention is to adapt the environment according to the type of living organisms found within it. The goal is to optimize temperature. A BRIEF DESCRIPTION OF THE INVENTION The invention is a method for managing and optimizing heating and cooling systems. In an alternative configuration of the invention, the living and non-living things in the area to be climate-controlled... Thermal cameras are used to collect temperature data of the objects. In another alternative configuration of the invention, data collected via a thermal camera... processed, analyzed, and temperature analyses performed on living beings, humans, animals or helps to determine whether it is a plant or not, and accordingly adjusts the temperature of the environment. to the ventilation unit to achieve optimum temperature setting by monitoring There is a control unit that handles information transfer. In another alternative configuration of the invention, the directive received from the control unit. There is a ventilation unit that regulates the ambient temperature accordingly. In a preferred configuration of the invention, the thermal camera can capture both living and non-living things. It has a temperature sensor that allows it to distinguish between them. In another preferred configuration of the invention, users can, when necessary, by intervening in the system and enabling it to manually adjust the temperature setting. There is a control mechanism. DETAILED DESCRIPTION OF THE INVENTION This system improves energy efficiency, benefiting users both economically and environmentally. while helping to provide benefits, the existing air conditioning It offers a more advanced level of performance compared to other technologies. In addition, the system is adaptive and 2 Thanks to its smart features, it can adapt to different climatic conditions and individual preferences. It is possible for it to adjust itself. The fundamental difference between this invention and known techniques is that it provides real-time temperature readings for living organisms. It automatically optimizes the climate control settings using the data. This is... depending on the number of people in the environment, their activities, and their individual temperature requirements This allows the air conditioning system to make instantaneous adjustments. This approach saves energy. By increasing its efficiency, it reduces energy consumption and costs. At the same time, the user It maximizes comfort and makes it easier to achieve environmental sustainability goals. It enables access. For example, in an office environment, with an increase in the number and mobility of employees. Temperature and airflow requirements can vary. Thanks to our invention, air conditioning... The system detects these changes and automatically adjusts to a more suitable temperature and air. It ensures quality. This, in turn, increases employee comfort and positively contributes to work efficiency. Similarly, air conditioning in homes or commercial spaces allows users to... By optimizing according to daily activities and current conditions, energy waste is prevented. This improves the quality of life. In conclusion, our invention offers solutions for both living and non-living things, compared to solutions using known techniques. a more efficient and user-oriented approach by considering the needs of the assets together providing climate control offers significant advantages such as energy savings and cost reduction. It offers. The invention involves placing a sufficient number of thermal imaging devices in the area to be conditioned. by collecting temperature data of living and non-living things in the environment with the device These thermal imaging devices are used to photograph people and animals in the environment. and living things such as plants, as well as inanimate objects such as household items, feed, food, and water. It also accurately measures the temperatures of objects. At the same time, it measures the overall air temperature of the environment. An air temperature sensor that measures the temperature is also part of the system. It is used. This collected temperature data is fed into an advanced AI-powered software platform. This software analyzes all the data, determining the current temperature of the environment and... It determines the needs of living beings in the environment in terms of thermal comfort. Artificial intelligence algorithms determine the thermal comfort needs of the living beings in the environment. trained to assess the needs and ideal temperature conditions of inanimate objects 3 It uses models. For example, it determines ideal temperature ranges for humans, animals, and the specific conditions that plants need and the preservation of food or water It takes the required temperatures into consideration. The system also takes into account the fixed data and settings defined by the external administrator. This data may include specific climate control standards or user preferences. The software meets the requirements of both living and non-living entities, as well as those specified by the administrator. by combining the specified conditions, the environment is climate-controlled in the most optimal way. It provides. AI-powered software analyzes temperature data while considering the dynamics of the environment. It also responds quickly to changes. For example, more people in a room If this occurs, the system instantly detects this change and adjusts the temperature settings accordingly. It optimizes accordingly. Similarly, the overall temperature or humidity level of the environment outside As the changes occur depending on the factors, the system monitors these changes and adjusts accordingly. It automatically adjusts the climate control settings. This invention monitors the temperature needs of living and non-living things in real time. analyzes and optimizes air conditioning conditions with AI-powered software. It is a system that provides this. This maximizes user comfort while increasing energy efficiency. This technology facilitates the achievement of environmental sustainability goals. It can be used in both commercial and residential environments and is superior to existing air conditioning systems. It offers significant advantages. 4

Claims

IN MANAGEMENT AND OPTIMIZATION ENSURING The invention is a method for managing and optimizing heating and cooling systems, to collect temperature data of living and non-living things in the area to be climate-controlled The thermal camera is used to collect data, which is then processed and analyzed. Based on temperature analyses, it was determined whether the living beings were human, animal, or plant. by determining whether it is present and accordingly checking the temperature setting of the environment To set the optimum temperature, information is sent to the ventilation unit. and in accordance with the instructions received from the control unit involved in the transfer This is evident from the fact that it includes a ventilation unit that regulates the ambient temperature. 6 REQUESTS 1. The invention is a method for managing and optimizing heating and cooling systems, feature; i. Living and non-living things in the area to be conditioned thermal camera to collect temperature data, ii. Data collected via thermal camera are processed and analyzed. Based on temperature analyses, it was determined that living beings, including humans, This helps to determine whether it is an animal or a plant. Accordingly, by controlling the ambient temperature setting, the optimum temperature is determined. To perform the adjustment, information is sent to the ventilation unit. control unit involved in the transmission, iii. The ambient temperature in accordance with the instructions received from the control unit. ventilation unit that adjusts 2. Management and optimization of heating and cooling systems in accordance with Claim 1. It is a method whose characteristic is; i. Live and from the thermal camera mentioned in the process step. It contains a temperature sensor that enables it to distinguish between inanimate objects.

3. Management and optimization of heating and cooling systems in accordance with Claim 1. This method allows users to intervene in the system when necessary. by controlling it to manually adjust the temperature setting. It involves a mechanism.