Case study: implementation of custom electrical panels in complex projects

Customized solutions to ensure efficiency, safety and operational continuity

In the world of industrial automation and energy management, every project has unique requirements. Whether it’s a production site, a renewable energy plant, or an oil & gas facility, each installation presents specific challenges that require highly customized electrical solutions. Sices, with its extensive industry experience, develops tailor-made electrical panels to ensure reliability, efficiency, and safety, even in the most complex environments. Through an advanced engineering approach and a deep understanding of industry regulations, Sices designs and delivers integrated solutions tailored to the operational needs of each client.

Customized design for every sector

Sices brings its expertise to a wide range of industries, including industrial automation, renewable energy, power generation, and oil & gas. Each field demands different technical and operational requirements, making customized solutions essential.

1. Electrical panels for industrial automation

In the field of production process automation, the integration of advanced control systems is crucial to ensure efficiency and operational continuity. Electrical panels for industrial plants must be highly flexible to adapt to constantly evolving production processes.

• Remote monitoring of systems to optimize production.
• Downtime reduction through predictive maintenance.
• Smart automation to improve quality and operational efficiency.

2. Energy management in renewable energy plants

The integration between electrical panels and renewable energy systems is a strategic challenge to ensure grid stability and efficiency. In the photovoltaic and wind sectors, Sices has developed custom solutions to optimize energy production and grid input.

• Advanced energy storage management, controlling battery charge and discharge to maximize self-consumption.
• Grid balancing with power input regulation to ensure system stability.
• Real-time monitoring to optimize production and enable early fault diagnosis.

3. Operational continuity and safety in Oil & Gas sectors

In Oil & Gas environments, extreme conditions and strict safety standards require robust and reliable electrical solutions. The electrical panels designed by Sices for the oil sector are engineered to withstand high temperatures, corrosive environments, and emergency situations.

• Advanced protections against overvoltage and overcurrent, essential for ensuring operational safety.
• Redundancy and reliability, with systems that ensure continuity even in the event of faults.
• Real-time monitoring and diagnostics, critical to prevent unexpected interruptions in extraction and refining activities.

4. Power generation and critical infrastructure

Another key area where Sices has developed custom solutions is power generation for critical infrastructure, such as hospitals, logistics centers, and large industrial facilities.

• Maximum reliability and power continuity to prevent blackouts that could disrupt operations.
• Intelligent energy distribution management, optimizing consumption based on demand.
• Compliance with current regulations and safety standards, ensuring high levels of protection.

Innovation and reliability: the value of the Sices approach

The success of these projects highlights how the tailored approach adopted by Sices enables the company to effectively tackle the most complex challenges in automation and energy management.

• Customized design based on specific operational needs.
• Advanced technologies for control, safety, and energy efficiency.
• Reliability and compliance with the highest standards, ensuring operational continuity.

Choosing a partner with the proven experience of Sices means gaining solutions that not only address complex technical issues but also enhance efficiency and business competitiveness. An in-depth report on strategies for integrating electrical solutions into energy systems is available from the International Energy Agency (IEA).