For basketball, badminton and multi-purpose venues, booking or access events can be converted into lighting and auxiliary equipment strategies. Zhenming controllers, input modules, touch panels, meters and platform functions provide field execution and remote operations.
Booking, access and lighting are often managed separately. This solution accepts business events through standard interfaces or field contacts, lets Zhenming controllers execute local strategies, and uses the platform for multi-venue operations and records.
Business events, field control, acquisition and platform operations remain clearly separated and connected through project interfaces.
Controllers execute switching and linkage, inputs collect field events, panels provide local operation, sensors and meters return field data, and the platform manages schedules, scenes, logs and permissions.
PLATFORM AND PRIVATE DEPLOYMENT
The Zhenming platform organizes devices by project, building, venue, floor and area. Schedules, scenes, device status, logs and account permissions help operators manage distributed sites and support customer-system integration.
Third-party systems continue to handle booking, payment, membership and access authentication. Zhenming receives authorized events through HTTP, MQTT or dry contacts and manages field circuits, status, energy data and operations.
Divide basketball, badminton and mixed-use venues into court, spectator, lobby, changing and passage circuits. Booking or access systems supply authorized events, and the project interface maps them to the relevant court actions. Keep shared lighting separate from court groups so overlapping bookings can maintain common areas and early access, play and closing match the actual scope of use.
Before a booking, enable entrance and basic lighting; during use, select training or competition scenes by court. Afterward, retain passages and cleaning circuits before the delayed shutdown. Authorized panels or platform actions handle temporary events and return to normal policies when finished. Controllers, inputs and platform records provide execution, arrival signals and an operating trail for remote supervision.
Closing checks examine persistent circuits, offline controllers, door status and optional current by court rather than treating booking completion as physical shutdown. Align metering groups with court groups and compare use, cleaning and maintenance periods. A consistent venue–area–circuit hierarchy and scoped permissions support multi-site operation and phased expansion.
The business systems retain those responsibilities; Zhenming receives authorized events and handles field control, acquisition and maintenance functions.
Group common lighting separately from court circuits and use valid occupancy or booking events to coordinate its start and finish.
Yes. HTTP, MQTT or dry-contact events can convert bookings and access activity into field strategies.
Local inputs and configured local strategies can remain available according to the selected controller and project architecture.
Yes. Start from priority courts, reception or one cabinet, then extend to access events, more circuits and energy data.
Plan circuits by court, stand, reception, route, changing area, cleaning and load type, with controller selection matched to inrush and cabinet design.
Provide the site layout, circuit count, existing systems, communication conditions and deployment requirements for product selection.
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