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Electrical, Instrumentation & Automation Systems for Green Hydrogen Technologies

Electrical, Instrumentation & Automation Systems for Green Hydrogen Technologies

At ABTECNICO ENERGY, we play a vital role in the green hydrogen value chain by delivering comprehensive electrical, instrumentation, and automation systems that enable the safe, efficient, and intelligent operation of hydrogen production facilities.
We specialize in the design, integration, and commissioning of power distribution, control, and monitoring systems for electrolyzers, balance of plant (BoP) equipment, and renewable-powered hydrogen projects.
Our turnkey EPC capabilities ensure that every system operates with precision, safety, and reliability, supporting the global transition toward carbon-free energy solutions.
Engineering & Design Excellence
Our multidisciplinary engineering team develops custom electrical and automation designs optimized for the unique operational demands of hydrogen generation, compression, and storage systems.
We ensure all systems comply with international standards such as IEC, IEEE, ATEX, and ISO 22734 (Hydrogen Production by Electrolysis), while maintaining the highest standards of safety, reliability, and energy efficiency.
Key engineering activities include:
  • Electrical power system design (MV/LV networks)
  • Single-line diagrams, equipment sizing, and short-circuit studies
  • Power supply and distribution for electrolyzers and auxiliaries
  • Hazardous area classification and explosion-proof system design
  • Control system logic and interlock design
  • Integration of process automation and safety instrumented systems (SIS)
  • Instrumentation and control loop design for pressure, temperature, and flow monitoring
hydrogen PLANT automation
Electrical Systems & Power Integration
We design and implement electrical infrastructure to power all hydrogen plant components — including electrolyzers, compressors, rectifiers, and purification units — with high efficiency and operational stability.
Our power systems are engineered to integrate seamlessly with renewable energy sources such as solar, wind, or hybrid microgrids, ensuring sustainable and optimized power utilization.
Scope includes:
  • Medium and low-voltage switchgear
  • Transformers, rectifiers, and converters for electrolyzers
  • Motor Control Centers (MCCs) and soft starters
  • Power and control cabling, grounding, and lightning protection
  • Power factor correction and harmonic filtering systems
  • Energy metering and monitoring solutions
Instrumentation & Control Systems
ABTECNICO provides precise instrumentation and control systems to monitor and regulate all process parameters involved in hydrogen production and handling — ensuring operational safety, process integrity, and efficiency.
Instrumentation scope includes:
  • Flow, pressure, level, and temperature transmitters
  • Hydrogen purity and humidity analyzers
  • Valves, actuators, and positioners
  • Signal conditioning and isolation systems
  • Field junction boxes and marshalling cabinets
  • Calibration, testing, and documentation
Automation, SCADA & Safety Systems
Automation is at the heart of every hydrogen project we deliver.
We design and implement advanced PLC, DCS, and SCADA systems that ensure real-time monitoring, control, and safety management of the entire hydrogen production process — from power input to gas output.
Our automation solutions are built for redundancy, cybersecurity, and seamless data integration across all plant levels.
Capabilities include:
  • Process automation and control system integration
  • SCADA development for real-time visualization and control
  • Safety Instrumented Systems (SIS) compliant with IEC 61511
  • Alarm and interlock management systems
  • Remote monitoring and data analytics for performance optimization
  • Integration with Energy Management Systems (EMS) and cloud platforms
Testing, Commissioning & Training
Our experienced engineers and field teams perform complete testing, commissioning, and training to ensure all systems function safely and efficiently.
We verify every interconnection and control loop before energization and handover.
Activities include:
  • FAT, SAT, and loop testing
  • Electrical protection testing and system verification
  • Automation sequence and interlock validation
  • Safety system functional testing
  • Operator and maintenance training programs
Operation, Maintenance & Technical Support
To ensure long-term plant reliability, ABTECNICO offers O&M services, technical support, and system optimization programs.
We use advanced diagnostics and predictive maintenance tools to minimize downtime and ensure consistent hydrogen production.
O&M scope:
  • System inspection and calibration
  • Preventive and corrective maintenance
  • Control system updates and optimization
  • Remote support and troubleshooting
  • Data-driven performance improvement
Applications
Our systems are applied across the full green hydrogen value chain, including:
  • Electrolyzer plants powered by renewable energy
  • Hydrogen compression, storage, and refueling stations
  • Hybrid renewable + hydrogen systems
  • Power-to-X (PtX) projects integrating hydrogen into industrial processes
  • Green hydrogen pilot and demonstration facilities
Commitment to a Sustainable Energy Future
ABTECNICO ENERGY is committed to enabling the global hydrogen economy through innovative engineering and reliable EPC execution.
By integrating renewable energy, intelligent automation, and safe electrical design, we deliver solutions that make hydrogen production efficient, scalable, and sustainable.
We bridge the gap between clean energy generation and industrial application — helping our clients lead the transformation toward a zero-carbon future.
In Summary
ABTECNICO ENERGY provides complete electrical, instrumentation, and automation systems for green hydrogen technologies, combining engineering precision, process control expertise, and advanced automation integration.
We empower our clients to produce, manage, and store green hydrogen safely, efficiently, and sustainably — powering the future of clean energy.