Huawei creates the first venue in China that is close to zero energy consumption

At the end of 2021, the first nearly zero energy consumption venue building in China was born in the Shenzhen International Low Carbon City, with a comprehensive energy efficiency rate of over 70% and a main energy efficiency rate of over 20% for the three exhibition center buildings

Enabled by digital intelligence, device-cloud synergy, and integrating with photovoltaic storage, we aim to build the first near-zero energy consumption venue in China

Carbon reduction in the construction sector is crucial for China to achieve the "30-60 target". As one of the first national low-carbon city demonstration projects, the innovative practice of the Shenzhen International Low Carbon City Convention and Exhibition Center's near zero energy consumption venue has a clear benchmark significance. At the end of 2021, the first nearly zero energy venue building in China was born in the Shenzhen International Low Carbon City. The comprehensive energy efficiency rate of the three exhibition center buildings was>70%, and the overall energy efficiency rate was>20%, all of which met the national technical standards for near zero energy buildings. According to calculations, after the Shenzhen International Low Carbon City Convention and Exhibition Center is put into use, it will produce 1.27 million kilowatt hours of green electricity annually, and the park's electricity consumption will basically achieve spontaneous self use; Every year, it can reduce carbon emissions by 606 tons, which is equivalent to planting 33000 trees annually.

Shenzhen International Low Carbon City Convention and Exhibition Center Conference Hall

Shenzhen International Low Carbon City has introduced technologies such as AI, big data, and the Internet of Things to build energy management cloud services, which finely manage building energy related equipment such as air conditioning, lighting, charging piles, and electric windows in the park; Based on energy management cloud, carbon emissions can be visualized on one screen and managed on one network, helping the low-carbon and efficient operation of the park.

Firstly, gather energy and information flows to achieve visualization of energy consumption data. At present, the various energy consumption indicators (water, electricity, and gas) of the three buildings in the International Low Carbon City Convention and Exhibition Center have been visualized. The IOC (Smart Operation Center) big screen data in the park is dynamically refreshed in real time (~30 seconds), and historical data and energy consumption reports can be provided for query; With the help of AI optimization algorithms, the energy management cloud can also achieve device energy consumption data monitoring and analysis, as well as one click generation of energy-saving strategies.

Secondly, achieve integrated scheduling of power generation, storage, and utilization to support refined carbon reduction throughout the entire lifecycle. From traditional passive energy conservation to active energy conservation, energy management cloud innovation integrates digital technology and power electronics technology to achieve digitalization and intelligence of the entire energy consumption chain of international low-carbon cities; Through intelligent collaboration and integrated scheduling of power generation, storage, and utilization, the comprehensive energy efficiency can reach up to 15%; The Future Energy Management Cloud will also focus on the refined management of various types of energy such as electricity, water, and cooling in international low-carbon cities throughout their entire lifecycle, creating a closed-loop carbon management system from measurement, planning, action to effect tracking, providing green, low-carbon, and safe energy services for international low-carbon cities.

Top Ten Highlight Technologies of the IOC Large Screen Display Project in the Park

Realizing carbon peak and carbon neutrality is a major strategic decision that is related to China's future development and even the entire human community. In the current era of comprehensive promotion of digital and intelligent technologies, digital and intelligent transformation should be regarded as important means of energy conservation and carbon reduction. The introduction of an energy management cloud platform can help managers achieve data monitoring and refined management of various energy equipment, including sources, networks, loads, and storage, ensuring the efficient and low-carbon operation of the energy system, promoting the green energy revolution, and helping China achieve its dual carbon goals.

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