J9九游会

Residential Low-carbon Green Development
Longfor Gaobeidian
Railway City
The ultra-low energy consumption
building project in Lingang District
The ultra-low energy consumption
building project in Jiading District

At Longfor Gaobeidian Railway City, under the concept of landscape paintings, we conducted the application of an ecological rainwater system through the development of filtration, retention, storage, purification, and utilization to integrate the concept oဣf sponge city into the whole community as a way to realize the sustainable circulation of rainwater and add ecological materials and clean energy for use. 

Our design team integrated the concept of sponge city into the whole community as a way to realize the sustaina🃏ble circulation of r🍸ainwater and make use of rainwater to create a rainwater garden. We adopted organic materials for the pavement of the ground in a scientific way to speed rainwater penetration with the advantage of energy-saving and consumption reduction. An ecological grass ditch was designed in the middle of the site to collect, transport, and discharge rainwater, having a certain effect on rainwater purification. 

In addition, Longfor Group creatively conducted the readable design of ecological display and education by installing a realtime interaction screen for introducing the sponge city system, temperature, humidity, and PM2.5 data of the whole community, greatly elevate🦂d the interactive experience of the community.

The annual carbon emission is reduced by

10421.14tonnes

On the basis of the national energy-saving standard of 75%, th▨e project of energy saving was

69%

In the ultra-low energy consumption technology scheme of the Lingang New Area in the Shanghai Free Trade Zone Longfor Group combines passive energy-saving measures with active energy-saving measures to maximize reduction of building energy consumption. This project comprises 14 buildings with a total energy consumption approximately 8.25 million kWh. It is expected to save 3.60 million kWh of electricity and 0.12 million m3 of naturalgas annually, reducing carbon emissions by 3,265 tons per year and contributing to Shanghai's goal of reachingpeak carbon emissions by 2025.

Thermal performance with envelope: 15% redജuction in building he𓆏ating and air conditioning

The energy efficiency of cooling and heating source units: the energy efficiency of multi-connected un✱its is 16% hig🐻her than the national Energy Design Standard for Public Buildings

Renewable energy: the propo🌞rtion of solar-heated water usage is higher than 20%

Water-saving appliances: all appliances meet water-saving requirements

Water-saving irrigation technology: the application of mic🌠ro-sprinkler or drip irrigation technology covers more than 90% of th♕e greening area, and rainfall sensors are set

Rainwater recycling system: more than 60% of green watering and road wateri❀ng water comes from the rainwater recycling syste♋m

Green building materials: concret🔥e, mortar, exterior windows, and other building materials are green certified

Longfor Group follows the “passive priority, active optimization” principle in design and creates ultra-low energy consumption building projects in Jiangqiao Town, Jiading District, Shanghai. To achieve the indoor environment and energy consumption targets, we adopt multiple passive measures, including prioritizing external shading, energy-saving doors and windows, and thermal insulation of the enclosure structure to reduce the demand for building heating and air conditioning. At the same time, we improve the energy efficiency of heating, air conditioning, and fresh air systems and utilize renewable energy, such as solar energy, to achieve a far lower level of buildingไ energy consumption than conventional buildings. According to statistics, after this design, the energy consumption levels of heating, air conditioning, lighting, domestic hot water, and elevators should be꧟ reduced by more than 50% compared to the 2016 building energy-saving design standards.

Green Operation
Hangzhou Zijin
Paradise Walk
Chongqing Jinsha
Paradise Walk

Hangzhou Zijin Paradise Walk responded to the government's call of creating a green lifestyle and continuously improved various green energy-saving control measures and guidelines by improving green management systems, using energy-saving equipment, establishing a green supply chain, carrying out green publicity, and implementing green recycling measures. In 2022, after joint evaluation by the government, Hangzhou Zijin Paradise Walk was successfully awarded the honorary title of Green Shopping Mall at the provincial and national level by the Ministry of Commerce.

Improving green management systems:To improve our energy and environmental mana🐈gement, we established various equipment and facility classification management systems. Meanwhile, we conduct real-time monitoring of energy consumption, regular maintenance, and energy statistical analysis using EMS and IBMS systems to achieve all-around energy consumption management.

Using energy-saving equipment:To reduce energy consumption, we gradually phase out high-energꦡy-consuming equipment, actively choose advanced and efficient energy-saving and water-saving equipment, and make full use of natural lighting and 🍒ventilation.

Establishing a green supply chain:We actively seꩲek🐬 green-bonus products and increase the proportion of sales of green energy-saving products to strengthen the development of a green supply chain system.

Offering green services:Adhering to the green services concept, we 👍have established a green service system to provide employees with energy-saving, water-saving, and environmental protection training, and organize energy-sav-ing and environmental protection꧙ public welfare activities.

Advocating green consumption:We use various forms of thematic advertising to help consumers establish a green, low-carbon, energy-saving, and envi🤡ronmentally friendly mindset, as well as to help consumers prioritize the purchase of green products and reduce their use of disposable non-bio-degradable plastic products.

Green recycling:We strictly enforce and promote g𒅌arbage classification in order to incre🦂ase the amount of green recycling of renewable resources, enhance environmental protection awareness, and encourage the installation of intelligent recycling equipment.

Chongqing Jinsha Paradise Walk, as the first TOD project in China to be combined with a commercial high-speed train hub, actively responded to the government's call for "Green Consumption" and continued to carry out various green energy-saving actions, setting an example for urban green operation. In 2022, Chongqing Jinsha Paradise Walk successfully passed the evaluation of Chongqing Green Shopping Mall. 

In terms of mall management, we have completed the transformation and upgrade of the "IBMS Intelligent Building Management System". Through platform control, the mall has achieved parallel operation strategy and execution supervision, and reached th💜e goal of optimal control of various facilities and equipment to save energy and reduce🎐 consumption.

In terms of merchant management, the mall promotes "Green Operation" to its merchants via various means. We post energy-saving and consumption-reducing management regulations and advocate saving water, electricity, gas, and “♉three closes and one turn-off” during weekly merchant meetings. Through diversified approaches, we have integrated the concept of green operation into the daily operation and decision-making of each merchant.

Low-carbon Construction
Green Construction
Prefabricated Technology

Longfor Group complies with laws and regulations such as the Work Safety Law of the People’s Republic of China and ജthe Construction Law of the People’s Republic of China. We have formulated system documents such as the Longfor Safe and Civilized Construction Management Standardization Atlas, and Green Environmental Protection Construction Plan. Furthermore, we consider the surrounding environment of the construction site, clarify the green construction standards, manage issues such as dust and noise during construction, and regularly monitor the surrounding area to minimize the environmental impact.

L﷽ongfor Group actively responds to the call for national policies related to prefabricated buildings and explores prefabricated construction methods to achieve a low-carbon and environmentally friendly construction mode through the implementation of standardization, digitization, and productization, leading the healthy development of the industry. Based on the practice of technological innovation in the prefabricated building industry chain, we adopt the four major technology modes of new 🧜materials, new technologies, new systems, and new processes, and with full-cycle competency, multi-sector competency, and strong R&D capability, we build an integrated prefabricated building service system and ecosystem to realize efficient operation. In 2023, the Group has completed dozens of technical research topics and submitted applications for 199 prefabricated building patents, encompassing 94 invention patents and 105 utility models, of which 100 have been approved.

After years of capability development, we have established a solid Longfor prefabrication system and developed the internal corporate standard of Standards for Prefabricated Wall Panel System. Simultaneously, we share our experience with our peers and have participated in and formulated a number of industry standards, such ▨as the Technical Regulations for Hotel Prefabrication and Decoration, thereby contributing to the development of a standard system for the prefabricated building industry.

Low-carbon Operation
Suzhou Center
Nanjing Longwan Paradise Walk

Suzhou Longfor Center uses the IBMS system to implement standardized equipment operation strategies, fully optimize the level of intelligent management, realize zoning and hierarchical control of lighting, air conditioning, and other systems, and significantly reduce the building’s ener𝓰gy consumption.

Lighting System: It implemen𝓀ts energy-saving control measures such as zoning control, timing control, induction control, and so on; develops a lighting operation plan, adjustsꩵ flood lighting and landscape lighting time according to the change in sunlight in winter and summer, adjusts the starting and stopping time for lighting on floors that are not occupied at night, and achieves energy savings through precise control time.

Air Conditioning System: For large 🐷power-consuming systems, IBMS can read equipment operation data in real time via sensors and automatically adjust parameters such as air condition♎ing water valve, air valve, and fan frequency to achieve precise temperature control, resulting in energy savings and consumption reduction while protecting tenants’ comfortable body feeling.

In 2022, the monthly energy budget of Suzhou Longfor Center has been reduc🌜ed by 26.2% compared to last year, with total annual electricity savings of 917,447 kWh.

At the start of 2023, xnbl88.commercial finalized the pilot retrofit of high-efficiency cooling stations at the Nanjing Longwan Paradise Walk project. Following the renovation, each core equipment in the cooling station system at Nanjing Longwan Paradise Walk was equipped with automatic machine operation adjustments, frequency control, and optimization search features, increasing the system’s automation level. This ensured water and air balance throughout the air-conditioner system, leading to improved efficiency and energy savings. According to data, as of the end of the reporting period, the high-efficiency cooling station retrofit at Nanjing Longwan Paradise Walk saved a total of 500,000 kilowatt-hours of electricity with a energy efficie𓃲ncy rate of 17.4% and reduced carbon dioxide emissions by 250 tons.

Urban Green Renewal
Longfor Blue Engine
Renovation of the Industrial
Site of Hefei Lathe Factory

As the iconic landmark of Longhu Group's urban renewal, the Longhu Blue Engine Industrial Park, where the Longfor smart headquarters are located, was formerly known as the Auto Parts Mall and officially opened in May 2021.

In the෴ past two years of renovation design and implementation, Longhu has fully respected the building conditions and did not ♛generate additional structural usage, reducing approximately 42632 tons of carbon emissions.

The project adopﷺts prefabricated construction technology and green prefabricated building materꦗials produced by Longhu Ecology, with an assembly rate of nearly 75%, which increases efficiency by 50% compared to traditional construction methods. At the same time, the latest smart building and IoT system settings are adopted to integrate and control building energy consumption, continuously optimize energy use, and create a green model with a low-carbon concept.

The Lathe Plant in Hefei was designed and built by Soviet experts in the 1950s and 1960s. It symbolizes and epitomizes Hefei’s industrial culture and has crucial historical protection value. Following𒈔 the requirements of the local government and respecting the industrial heritage, we used artistic methods to give it a new lꦡife.

We follow the Historical Building Protection Law and strive to inject new vitality into the old city with limited intervention and activation. Longfor Group uses a combination of six repair methods and red brick materials to maximize the characteristics of the factory during the production period. Inside the building, we fully respect the original spatial features of the industrial heritage, preserve and restore the 😼valuable arched dome, and create a rich indoor space with a new metal roof and skylight system. In addition to safeguarding industrial memory, we fully consider the regional characteristics and integration with the surrounding environment. We have transformed the Cheqiao Factory site into a block garden model, creating a leisure place that promotes regional cultural quality, diversity, and inclusiveness.

Longfor has taken multiple measures to steadily promote soil remediation, improve air quality, and reduce water pollution to address issues surrounding old industrial bases and environmental impacts. After the transformation, the ecological environment has significantly improved. Through this industrial heritage transformation, we have given an old industrial base new functions and spiritual out🀅looks through selective heritage inheritance, modern architectural techniques, and active intervention.