Xi an Base Station Computer Room Hybrid Energy Residential Building

Integrating energy systems for zero-carbon residential buildings: a

Integrating electric technologies such as photovoltaics (PV), energy storage, heat pumps, and electric vehicle (EV) charging systems is pivotal for increasing energy independence and

Building energy demand of urban blocks in Xi''an, China: Impacts of

Residential energy-informed urban planning offers an economical and easy-to-operate approach to achieve more efficient urban energy utilization. However, quantifying the interactions

Indoor Thermal Environment Simulation of Xi''an Residential Building

This paper use Energy Plus to simulate indoor thermal environment and use CFD to simulate indoor air flow for Xi''an residential building, analysis the influence that different ventilation mode for indoor

Design, transient simulation, and multi-objective optimization using

This study investigates the development, simulation, and performance optimization of a solar-assisted hybrid energy solution tailored for a small hotel located in Xi''an, China.

A study on carbon emission calculation in operation stage of

Firstly, we investigated energy use behaviors in dwellings across three cities in China: Xi''an, Shanghai and Fuzhou. Then, we established calibrated carbon emission models and

Multi-functional hybrid energy system for zero-energy residential

This study presents an innovative hybrid energy system integrating wind power and gas turbines for a four-story, 16-unit residential building. The system generates electricity, heating,

Multiple-scale urban form renewal strategies for improving diffusion of

Urban form renewal strategies are urgently required to improve the diffusion of building heat emissions (BHEs). In this study, the impacts of BHEs on the outdoor airflow and air temperature

Building energy demand of urban blocks in Xi''an, China: Impacts of

In this study, we used a simulation method that could describe the urban block form – outdoor climate – building energy demand nexus to discover the effects of the VMP on the building

Zhanbo XU | PhD | Xi''an Jiaotong University, Xi''an | XJTU

An intelligent building energy system which has power grid, autonomous generators, renewable energy resources, storage devices, and controllable loads has been proposed.

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