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Hydroelectric Power Plants:
Maximize Productivity and Availability for Hydroelectric Power Plants
For over 40 years, Altus has been delivering technology to power generation projects, providing a fully customizable Digital Control and Supervision System tailored to meet the needs of both large hydroelectric plants and smaller power stations.
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Digital Supervision and Control for Hydroelectric Power
Altus offers an innovative solution for modernizing the digital supervision and control systems in hydroelectric power plants and stations. Leveraging state-of-the-art technology, our solution delivers enhanced efficiency, safety, and reliability in managing these critical facilities.
Equipped with advanced automation tools and robust RTUs, we provide intelligent, integrated process management to ensure continuous operation and optimized energy output.
Discover how our solution can improve your hydroelectric power generation unit:
High-Availability Control
A arquitetura típica de uma UAC é composta por um bastidor principal da Série HX com redundância de fontes de alimentação e CPU, em que os processadores comunicam via protocolo DNP3. O sistema também possui outros bastidores com módulos de entradas e saídas da Série HX para controle e coleta de dados.
Distributed systems
The system features thousands of I/O points distributed across conventional or pressurized remote panels, all connected to process instrumentation through field networks. This setup ensures comprehensive control and data collection across the plant
Remote Supervision and Control
Our solution offers a sophisticated Remote Supervision and Control system that ensures precise operation and efficient monitoring. With Ethernet and DNP3 communication, IRIG-B synchronization, and support for MODBUS-RTU, it guarantees high reliability and performance
Reliable Communication Networks
The topology incorporates a dual redundant ring network to maximize availability. Special switches with dual optical ports interconnect the rings, ensuring that the plant continues operating through the redundant ring in the event of a failure on one side
Services Included with the DCS
– Delivery of executive and software design projects
– Software project implementation
– Factory Acceptance Testing (FAT) and field commissioning
– Training for maintenance and operations staff
– Full documentation, including updates reflecting the new system implementation
Equipment Provided with the DCS
– Comprehensive SCADA system (including screens, commands, reports, alarms, and event center)
– Switches for the dual optical ring network
– Synchronization relays for substation lines
– Standard 19" rack-mounted servers
– Integration with water intake UACs via single-mode fiber optic cables, including spares, using the IEC 104 protocol
Robustez e desempenho extraordinário com as UTRs da SérieHX
Built in accordance with international standards IEC 61850 and IEC 61131-3, the Remote Terminal Units (RTUs) from the HX Series are perfectly suited for managing power generation, transmission, and distribution processes.
Os produtos da série contam com funcionalidades de destaque, como redundância de fontes de alimentação, redundância de CPUs em um bastidor, protocolos DNP3 e IEC 61850 (MMS e GOOSE) e atendimento ao submódulo 2.7 da ONS.
With an extremely rugged design, HX RTUs are built to operate in harsh environments, including areas with mechanical vibrations or extreme temperatures. Their immunity to electrostatic discharges and electromagnetic interference makes them well-suited for use in power plants and near high-voltage equipment.
Featured Projects
Paulo Afonso Complex
The company also supplied the acquisition and control systems, assembly and disassembly of medium voltage equipment and cubicles. With the modernization, it is possible to manage the complex through a centralized operations room and the CHESF Operations Center in Pernambuco. Thus, analyses and decision-making can be done in real time.
Featured Projects
Nilo Pecanha HPP
In 2016, Light Energia began modernizing the plant’s Digital Supervision and Control System using Hadron Xtorm technology. The project encompasses control and data acquisition logic, alongside a new supervisory system, which also extends control and monitoring capabilities to COG Light in Rio de Janeiro.