DC Power Solutions for Oil and Gas
ICT’s Intelligent DC Power Systems for Oil & Gas Communication and SCADA Network Sites Provide Remote Monitoring and Control of Power Conditions Throughout Your Communications Network
In the oil & gas industry, seamless communication is the backbone of safe, efficient, and uninterrupted operations—especially at remote and harsh sites. ICT’s intelligent DC power solutions are engineered to support critical communications infrastructure with advanced remote power conditions monitoring, proactive battery performance testing and management, and precise power control to individual communication network devices.
By empowering your communication networks with reliable, real-time visibility and control, you can reduce costly truck rolls, reduce network downtime, and maintain constant connectivity where it matters most—keeping your operations running smoothly and safely, no matter how remote the location.
Reduce Site Visits and Operating Expenses with Remote Site Power Control & Monitoring
ICT’s DC power systems provide full TCP/IP Ethernet and SNMPv3 connectivity, allowing you to securely monitor and control DC power at remote sites. Reboot locked-up equipment, toggle power to individual devices, and receive real-time status updates. With remote diagnostics and control, many issues can be resolved without dispatching a crew. This minimizes costly site visits, especially for hard-to-access locations, and delivers a rapid return on investment.
Advanced Battery Management
ICT products feature intelligent battery monitoring, including state of charge, estimated run-time, temperature-compensated charging, and automated battery testing. Receive alerts before failures occur and proactively manage battery health
Grid & Solar Power Monitoring
Instantly know if there’s a grid power loss—even if solar or backup power is still running. ICT’s systems provide real-time reporting on all power sources, helping you respond quickly to outages and prioritize critical loads
Take Control with ICT’s Intelligent DC Power Systems
ICT’s intelligent DC power products includes TCP/IP Ethernet communications, enabling full remote monitoring and control capabilities via a web-based graphical user interface and SNMP, providing real-time visibility into power conditions at the site.
Automatic load shedding allows non-critical loads to be disconnected based on battery voltage when operating on battery power, thereby preserving power for critical devices.
A network watchdog feature ensures more reliable operation by automatically rebooting routers or switches in case of unresponsiveness.
Individual outputs can be manually cycled on and off to power-cycle locked up load devices.
Remote Monitoring
Stay informed with detailed reporting features. ICT’s intelligent power products provides comprehensive reports on total system current, individual load current, system voltage, and fuse status. Receive timely alarm notifications via text or email, keeping you informed of critical events and allowing for swift action.
ICT products provide power for cameras, digital video recorders, sensors and other devices used in security and surveillance applications.
SCADA (Supervisory Control and Data Acquisition) systems are deployed to monitor and control multiple sites and complex systems across large geographic areas. Operators of these systems are able to collect various datasets to give insight into performance across the system.
Application examples include oil & gas infrastructure, where multiple sites can be monitored and data reported on metrics such as pressure, flow, temperature, status of switches. Solenoids and valves. This data is transmitted wirelessly to a central monitoring center, so overall reporting and health of the infrastructure can be monitored.
ICT products provide power to wireless infrastructure and network equipment used to transmit collected data to the central monitoring center.
Not all communications sites have access to utility power. Some sites are reliant exclusively on renewable energy sources.
ICT solutions enable operators of off-grid communications sites to remotely monitor and control connected network equipment. The ability to remotely control power to network devices allows operators to disconnect non-critical loads and better manage the energy consumption of their sites, saving crucial power and keeping their off-grid sites running more optimally.
