Longhua District Smart Park Renovation Project: A Benchmark Case of Digital Transformation

Longhua District, as the core area of Shenzhen's industrial upgrading, gathers multiple business formats such as manufacturing and scientific and technological research and development, and the traditional park faces bottlenecks in terms of management efficiency, energy consumption, and service experience.

policy-driven: In response to the 14th Five-Year Plan for new urbanization, promote the construction of smart cities.

enterprise needs: Enterprises in the park urgently need intelligent office environment and digital service support.

sustainable development: Reduce energy consumption through green transformation and contribute to the "dual carbon" goal.

project highlights: three major innovations in the transformation of Longhua Smart Park<<>

p style="line-height: normal;">1. All-scenario digital management platform

intelligent IoT system: Deploy 5G+IoT devices to achieve real-time monitoring of water and electricity energy consumption, security monitoring, and parking management.

data cockpit: Integrates campus operation data and visualizes analysis to improve decision-making efficiency.

2. Application of green energy-saving technology

Photovoltaic power generation system: covering the roof of the park, with an annual power generation capacity of 1.2 million kWh and a reduction of 800 tons of carbon emissions.

smart lighting: AI sensor adjusts brightness, reducing energy consumption by 40%.

3. Enterprise service upgrade

One-stop enterprise service platform: provide online services such as policy declaration, talent recruitment, and financial docking.

smart meeting room: The reservation system is linked to the device, and the usage rate is increased by 60%.

Technology Implementation: How 5G+AIoT Empowers Campus Transformation

network infrastructure: A full-coverage 5G private network to ensure low-latency and high-concurrent data transmission.

AI security: face recognition + behavior analysis, with an accuracy rate of 99% for abnormal event warning.

smart energy management: AI algorithm dynamically optimizes the operation strategy of air conditioners, elevators and other equipment, saving 2 million yuan+ in annual electricity costs.

case data: After the renovation, the occupancy rate of enterprises in the park increased by 25%, and the management cost decreased by 30%.

results and industry impact

Economic benefits: The annual output value of the park increased by 18%, attracting leading enterprises such as Tencent Cloud and DJI.

social value: Awarded as "Guangdong Green and Low-carbon Demonstration Park" and became a reference template for the transformation of national smart parks

replicable smart campus renovation mode

Top-level design first: Formulate a blueprint for transformation based on the characteristics of regional industries.

government-enterprise collaboration: the government provides policy support, and the professional team is responsible for technology implementation.

continuous iteration: Optimize system functions based on enterprise feedback, such as adding AI customer service, unmanned delivery, and other services.

Longhua District Smart Park Renovation Project provides a benchmark example for the transformation of traditional parks across the country. In the future, with the deepening application of AI, digital twin and other technologies, smart parks will move towards a higher-level "industry-city integration" ecology.