With the acceleration of urbanization

smart living has become an important direction for the development of modern cities. As a key component of smart water management

the smart living water pump room integrates modern information technology to achieve efficient management and intelligent decision-making of the pump room. This study delves into the design and construction techniques of smart living water pump rooms

aiming to improve the efficiency and service level of urban water supply. In terms of design

the study proposes four design principles: energy conservation

environmental protection

safety

and intelligence

providing a scientific basis for the design of smart living water pump rooms. In terms of construction

the study elaborates on key aspects such as pre construction preparation

key points of construction technology

quality control and acceptance

ensuring the scientific and standardized construction of smart living water pump rooms. Through the analysis of an application case of a smart living water pump room in a certain city

it is found that the data transmission is unstable

the intelligent system functions are incomplete

and the training of operation and maintenance personnel is insufficient

and then it puts forward corresponding improvement suggestions and optimization plans.