[Sports Center] Grade IV Comprehensive Smart Pole Project

1. The venue and the infrastructure brief

The project concerns outdoor supporting infrastructure around the Asian Games venues, rather than a single competition court. Pedestrian routes, entrances and plazas need lighting, while the operator also needs surveillance, public information and communication services.

CPS describes a pole design incorporating West Lake lotus and cloud elements to complement the surrounding architecture. The supplied photographs show the poles in use beside venue entrances and open public spaces, giving buyers a clearer reference than a generic catalogue rendering.

2. What the project record establishes

The figures below describe this project, not a standard package for every customer. The original configuration image groups the functions into five categories. It does not provide a complete device schedule for each of the 400 poles.

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A venue support pole should not be described as broadcast-certified simply because it stands near an international competition. This case therefore focuses on the documented smart pole installation, without treating a generic sports-lighting grade chart as proof of its lighting performance.

3. The integrated pole and its functions

The supplied system is a customized multifunctional smart pole, not an identified off-the-shelf stadium floodlight. Its source configuration describes the following modules; the actual mix at each location should be confirmed in the equipment schedule.

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The pole shares a physical support, but the services still have different power, network and maintenance needs. Adding a display or sensor changes the equipment load and wind exposure. Agree the complete module list before confirming pole structure, foundations and access arrangements.

4. Remote control and daily operation

The CPS account describes IoT connectivity and a cloud management platform for remote lighting control and equipment status. Internet of Things (IoT) means connecting devices so their data and commands can be exchanged; it does not automatically make every third-party device compatible.

For a new project, agree device interfaces, account permissions and data ownership before procurement. Test scheduled lighting scenes, fault notifications and what happens when communication is lost. Lighting availability and emergency response should not depend on an untested dashboard.

Dimming can reduce lighting electricity use during quieter periods, but displays, cameras and network equipment may remain active. Compare whole-system metered energy, not just lamp wattage. The source provides no measured saving percentage, so none is claimed here.

5. What CPS can bring to your project

This case demonstrates CPS’s experience coordinating pole appearance, lighting and connected services for a large venue setting. The Hangzhou smart pole project video page provides a further CPS project reference. The company profile explains its lighting design and manufacturing background.

For your proposal, discuss OEM/ODM customization and request relevant product test records through CPS’s testing laboratory. The quote should separate equipment supply, platform integration, installation responsibilities and ongoing support rather than leave “turnkey” undefined.

Shared infrastructure also needs maintenance access and room for future changes. ITU’s multi-service infrastructure guidance discusses these planning issues; it is background guidance, not a certification held by this project. Review public-network and camera data requirements separately.

6. Request a site-specific smart pole proposal