Supervisory Control and Data Acquisition (SCADA) systems are an integral part of every energy operation. Devices and SCADA connectivity solutions enable cost-effective monitoring and remote management of critical equipment, in some of the most remote areas of the world.
MegaSatCom enables the collection of equipment data from remote SCADA sites and converts it into actionable intelligence using cost-effective and reliable satellite and cellular communications. This makes it easier to reduce maintenance costs and site visits, minimize downtime and maximize output of a variety of critical equipment.
Gain Full Visibility of Remote SCADA System Sites
Monitor and control critical SCADA system equipment with full visibility from a central location via reliable, always-on connectivity
Connect remote, orphan sites, where connectivity is otherwise unavailable, unreliable or cost-prohibitive
Enhance production by enabling more efficient and cost-effective collection of critical operations data
Reduce Maintenance Costs and Equipment Downtime
Lower operations costs by enabling preventative maintenance with regular equipment monitoring
Reduce downtime and production losses with early fault detection and quick response time
Extend connectivity to sites without the cost of upgrading legacy SCADA system equipment
Increase Efficiency and Reduce Site Visits
Reduce labor, vehicle and fuel costs with process automation requiring fewer routine and emergency visits to remote sites
Deliver alarms and event notifications based on user-defined thresholds and criteria
Evolve from the use of auto dialers to a more comprehensive way of managing remote SCADA sites
Connect to Remote PLCs and RTUs
Provide connectivity between remote SCADA PLCs and the Human Machine Interface (HMI) system using edge analytics to send only relevant information
Streamline operations by using edge analytics to collect and analyze field data locally
Bridge the communications gap between RTUs and IP-based SCADA control systems
Support industry-standard protocols such as Modbus and OPC
