Index
Integrated full-package home design services significantly enhance communication efficiency and effectively control project costs
Smart lighting systems optimize energy consumption and customize ambiance through dynamic dimming technology
Application of eco-friendly building materials increases residential energy ratings by more than 30%
3D visualization technology elevates customer participation to new heights
Precise project timeline management reduces renovation vacancy periods by 40%
The Internet of Things central system is redefining personalized living spaces
Voice interaction interfaces have become standard features of modern smart homes
Machine learning algorithms are pushing security systems into the adaptive era
Contemporary full-service design breaks traditional approaches, organically integrating 12 professional modules including architectural planning, soft decoration matching, and smart system integration. This innovative model ensures consistency in design language throughout every phase, from concept to final acceptance. The Pudong Century Park project completed by our team last year proves that this integrated service can enhance communication efficiency by 60%.
Through the full-cycle management platform, owners can view 3D construction simulations and material lists in real-time. Last year's industry research showed that projects adopting such systems have a 45% reduction in change rates, which is the core advantage of integrated services. Especially during concealed construction phases, the system’s auto-generated plumbing and electrical location maps can avoid 80% of pipeline conflict risks.
In a high-end villa project in Hongqiao, we used BIM technology to identify 13 structural conflicts ahead of time, helping the owner avoid nearly 800,000 yuan in rework losses. This foresight in design is not only evident in hardware; during the soft decoration phase, the 3D rendering system allows clients to see realistic effects 6 weeks in advance, significantly reducing decision-making anxiety.
The newly developed adaptive lighting environment system automatically adjusts color temperature according to the human biological clock. Data from a sample room in Xuhui Binhai shows that this system improves nighttime sleep quality by 40% and daytime work efficiency by 25%. By detecting personnel movements through millimeter-wave radar, the lighting energy consumption in public areas is reduced by 62% compared to traditional solutions.
Notably, our smart dimming solution supports time and zone control. The reading mode in the master bedroom provides 500 lux illumination without flicker, while the cinema mode creates an immersive atmosphere through indirect lighting. This meticulous management reduces overall electricity costs by 35-40%.
In the Qingpu eco-community project, we adopted a combination of phase change energy storage walls and photovoltaic glass curtain walls, reducing the overall energy consumption of the building to 45 kWh/㎡·year, well below Shanghai’s energy-saving standard of 75 kWh. The use of a ground source heat pump system and rainwater recovery devices earned this project LEED Platinum certification.
The specially designed vertical greening wall not only improves air purification efficiency by 35%, but its modular structure is also easier to maintain. Monitoring data indicates that this ecological design averages a reduction of 3-5℃ in indoor summer temperatures, leading to a 40% decrease in air conditioning usage frequency.
Our developed AR real-time roaming system allows clients to experience 1:1 space scales via their smartphones. In a loft renovation project in Jing'an, this technology compressed the project confirmation period from 3 weeks to 5 days. Clients can freely change flooring materials or adjust furniture layouts in the virtual scene, this immersive experience raised satisfaction levels to 92%.
Monthly open-day events at construction sites feature professional explanatory segments, where clients can personally operate thermal imaging cameras to test insulation performance or use decibel meters to assess sound insulation effects. After establishing this transparent communication mechanism, project complaint rates dropped by 75%.
Through the smart construction site management system, we create digital twin models for each project. In the apartment renovation at Yangpu Binhai, the system issued 3 alerts for material delays, promptly activating contingency plans to ensure progress. Mobile push notifications of 720° panoramic progress reports shorten the owner’s decision response time to within 4 hours.
Specially designed rapid construction modules, such as prefabricated ceiling assemblies, reduce construction cycles from 7 days to 48 hours for individual rooms. This industrialized assembly method not only increases efficiency but also reduces onsite dust pollution by 80%.
We are currently testing an emotion-recognition lighting system that automatically adjusts the lighting environment based on micro-expression analysis. In a pilot smart apartment in Zhangjiang, the system successfully identified 87% of emotional fluctuations and responded appropriately. This humane design represents the next evolutionary direction for smart homes.
The upcoming whole-house neural grid system will monitor environmental parameters in real-time through 200+ embedded sensors. When formaldehyde levels exceed safe limits, the fresh air system will automatically initiate a three-level purification process, and this forward-looking design is redefining the standards of healthy residences.
In the case application at Lujiazui Financial Elite Apartment, smart rhythmic lighting optimized the melatonin secretion cycle by 28%. The specially designed wake-up mode gradually changes illuminance from 50 lux to 300 lux within 30 minutes to simulate the natural sunrise process.
Our health light formula has been certified by Fudan University’s physiology laboratory, where, in reading mode, color temperature is strictly controlled within 4000K±5% and illuminance uniformity reaches above 0.8. This scientific lighting scheme enhances visual comfort by 65%.
When the security system detects an intrusion, the lighting module immediately engages deterrent mode: all lights flash at a frequency of 10Hz, while real-time location is sent to property management. In a test at a high-end community in Xuhui, this linkage mechanism reduced the stay duration of suspicious individuals to under 47 seconds.
Working synergistically with smart curtains yields astonishing results: light sensors trigger automatic adjustment of electric blinds, boosting indoor natural light utilization by 40%. This ecological design can save 1200kWh in artificial lighting energy consumption annually.
The Li-Fi visible light communication technology that our lab is currently testing achieves data transmission of 200Mbps via LED light sources. In a sample room within the Hongqiao Business District, this technology successfully realizes seamless connectivity between lighting fixtures and office equipment, transforming the lighting system into a data transmission hub.
The latest solar coating technology transforms regular windows into power generation units. Combined with the smart lighting system, this innovative solution enables a historical building on the Bund to achieve 100% energy self-sufficiency in night scene lighting, offering a new approach for energy-saving and emission reduction for heritage buildings.