Bring a park’s spaces, devices, and operations into one platform, making multi-system management more visible, controllable, and traceable.
Smart Park IBMS targets parks with multiple legacy systems, bringing HVAC, access control, alarms, parking, energy consumption, and energy & carbon into one control framework. A digital-twin 3D view presents park spaces and device status, while a back-office system handles daily work such as alarms, work orders, permissions, and access — so operators never have to switch back and forth between multiple systems from issue discovery to accountability.
Build unified-control capability of digital-twin and back-office collaboration around the integrated integration of a park’s multiple subsystems.
Through a unified integration bus, connect heterogeneous subsystems — HVAC, access control, alarms, parking, energy & carbon, energy consumption, energy — completing protocol adaptation and device modeling to eliminate system silos and manage the whole-park asset in one place.
Reconstruct park buildings, devices, and pipelines into an interactive 3D scene; click any device to drill down into real-time status, operating parameters, and alarms — moving management from flat reports to spatial visualization.
Aggregate alarms and events from every subsystem, with unified grading, deduplication, and linked handling — receive in one place, close the loop in one place, avoiding missed or mishandled items from constant system switching.
Carry daily operations — work orders, inspections, permissions, visitors, parking, and device archives — turning the anomalies in the 3D scene into an executable operations loop.
Connect energy-consumption collection, efficiency analysis, and carbon accounting to turn scattered energy data into monitorable, optimizable energy & carbon assets, supporting the park’s dual-carbon goals.
Support group, park, and building-level organizational structures and role permissions, meeting collaborative operations and sensitive-data security under multi-entity, multi-tier setups.
Build a digitalization foundation that supports unified control in layers — from integration bus to operations hub.
Connect heterogeneous subsystems — HVAC, access control, alarms, parking, energy & carbon, energy consumption, energy — with unified protocol parsing, device modeling, and data aggregation, forming the foundation of the platform’s integration capability.
Build the park’s 3D scene, carrying device drill-down, spatial positioning, and real-time data overlay, reconstructing buildings, devices, and operating status into one interactive space — the core of visualization.
Provide alarm handling, work-order operations, permission organization, access & parking, and carbon accounting, truly turning the status in the 3D scene into manageable business — the core of platform operations.
Cover a wide range of typical unified-control scenarios, from park integration to energy & carbon management.
Unified integration and control of park-level HVAC, access control, alarms, parking, and more — one platform for the whole park.
A 3D park big-screen displaying device status, energy consumption, and alarms in real time — management sees the full picture at a glance.
Integrated security and access management for access control, alarms, parking, and visitors, with event linkage and full traceability.
Connected management of energy consumption, energy, and carbon accounting, supporting park efficiency optimization and dual-carbon goal delivery.
Most parks do not lack systems, they lack integration; energy, security, and HVAC each run alone. The IBMS value is not rebuilding, but unifying existing systems so they coordinate. If you already suffer from data that will not reconcile and events that must be chained by hand, it is time; if each system works fine alone with no coordination need, hold off.
No, scope differs. An energy system watches energy-medium operation and optimization; an IBMS does park-level integration, pulling energy, HVAC, security, lighting, elevators, and fire into one platform for unified monitoring and coordination. In practice they deploy together: energy gives analytical depth, IBMS gives the park-level entry point. Do not use one to replace the other.
It depends on openness, not all of it must change. Systems with standard protocols or open interfaces integrate smoothly; fully closed undocumented legacy costs more, so leave it out or connect only what is connectable, in batches. Do a system survey early, assess each integration path, and fix the retrofit scope and priorities, far steadier than rolling out all at once.
Map meters and circuits to tenant spaces and you can aggregate per tenant. For early buildings without independent metering, start from area or contract allocation with an adjustment mechanism, then switch to precise metering once conditions improve. The key is locking the definition with finance before implementation; the platform bills by configuration and can switch smoothly later.
Book a 30-minute consultation to map your current assets, business goals and a practical digitalization roadmap.