A temperature control algorithm is needed that will be used to maintain the room set point while taking into account the user's perceived comfort and costs. After studying and reviewing temperature control algorithms, I developed a temperature control algorithm to control the length of the radiator valve. The goals of the algorithm are to reach the set point as soon as possible, increase the battery life of the thermostat and minimise energy losses. Based on the study and results obtained, it is concluded that the first energy class have maximum comfort and less energy consumption. In addition, I installed and tested the temperature control algorithm on a microcontroller installed close to the radiator valve.
È necessario un algoritmo di controllo della temperatura che verrà utilizzato per mantenere il set point della stanza tenendo conto del comfort percepito dall’utente a dai costi. Dopo lo studio e la revisione degli algoritmi di controllo della temperatura, ho sviluppato un algoritmo di controllo della temperatura per controllare la lunghezza della valvola del termosifone. Gli obiettivi dell’algoritmo sono: raggiungere il set point il prima possibile, aumentare durata della batteria del termostato e ridurre al minimo le perdite di energia. Sulla base dello studio e dei risultati ottenuti, si conclude che la prima classe energetica ha il massimo comfort e un minor consumo energetico. Inoltre, ho installato e provato l'algoritmo di controllo della temperatura su un microcontrollore installato in prossimità della valvola del termosifone.
A temperature control algorithm for maximum comfort and minimum cost
Iqbal, Danish
2021/2022
Abstract
A temperature control algorithm is needed that will be used to maintain the room set point while taking into account the user's perceived comfort and costs. After studying and reviewing temperature control algorithms, I developed a temperature control algorithm to control the length of the radiator valve. The goals of the algorithm are to reach the set point as soon as possible, increase the battery life of the thermostat and minimise energy losses. Based on the study and results obtained, it is concluded that the first energy class have maximum comfort and less energy consumption. In addition, I installed and tested the temperature control algorithm on a microcontroller installed close to the radiator valve.File | Dimensione | Formato | |
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A temperature control algorithm for maximum comfort and minimum cost.pdf
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https://hdl.handle.net/10589/190776