Applications2

Oil and Gas Pipeline Management

HPI enables infrastructure operators to manage their oil and gas pipeline assets efficiently while keeping their risk of environmental hazards at a minimum. OIT provides out of the box and easy integration with 3rd party applications for simulation, optimization, leak detection and integrity management of the oil and gas pipelines.

Remote Asset and Site Management

HPI enables infrastructure operators to manage their oil and gas pipeline assets efficiently while keeping their risk of environmental hazards at a minimum. OIT provides out of the box and easy integration with 3rd party applications for simulation, optimization, leak detection and integrity management of the oil and gas pipelines.

Connected Devices

APAT IoCT platform provides a development tool enabling devices to become connected. It is a rich platform for programming, connectivity, and management of embedded systems. This platform provides a complete toolset for visually modeling and programming the connected devices. Using Function Blocks as its building blocks, the platform allows rapid development of embedded systems’ logic and functionality. Interface to the I/Os or networks is handled through specific pre-developed and tested Function Blocks which significantly reduce the development time of the connected devices.

  • Platform for programming and management of embedded devices
  • Visualization modeling toolset
  • Rapid development of embedded systems’ logic via function blocks
  • Modular expandable interface to the local I/Os or networks
  • Firmware update
  • Secure device provisioning and connectivity management

Hybrid Energy Management

APAT provides hardware and software components that enable the autonomous management of remote energy stations hybridized for reducing fuel consumption of diesel generators. It combines electricity from solar panels and batteries to replace or complement the diesel engines in remote sites which are either off-grid or connected to a bad grid. A fully configured SCADA software with facilities to manage a fleet of such energy stations provides complete visibility and control for these stations

Manufacturing Automation and Process Control

HPI can be used as the supervisory control layer in any industrial automation and control setup for discrete, batch and continuous manufacturing.
HPI can be installed on top of multiple control systems for plantwide integration of visualization, information processing, historical data archiving, reporting, analytics and decision-making functions.

Smart Buildings Management

APAT provides a complete solution for implementing integrated building management systems. From the control and management of HVAC systems to control of lighting in the buildings along with supervisory control of all the building electrical and mechanical systems, APAT provides state of the art technologies and systems for optimized energy/comfort balance in the modern buildings.

Water and Wastewater Management

HPI can be used to monitor and optimize the operations of a water system, covering the technical part of the human water cycle from source to sink. APAT has developed a reference model and project for a complete water management system which can help systems integrators and end users to implement their specific needs in the shortest possible time.

Smart Cities

APAT Smart City Solution integrates information from the city technical infrastructure and operational systems such as electricity, gas, transportation, water/wastewater, security, buildings and structures, etc. for automation and optimization of cross-domain and interdepartmental processes and facilitating integrated city-wide decision making.
APAT’s Smart City Platform combines state of the art technologies with deep knowledge about infrastructure and city verticals to realize a “System of Systems”, that could adapt to and manage the dynamic and organic evolution of modern cities.

Robotic Parking

APAT provides complete solutions for automated and robotic parking management. The solution can be customized for different categories of robotic parking systems and can be installed on top of robot and cell controllers for supervisory control and monitoring of the mechanical systems. It can also provide planning and scheduling of the parking processes and exchange information with management systems.