At PROMERGON, we specialize in providing end-to-end solutions for electrical transmission and distribution networks. Our services cover design, installation, maintenance, and upgrades, ensuring reliable energy flow from generation to end users. By integrating advanced technology and prioritizing sustainability, we support the seamless integration of renewable energy sources, grid modernization, and adherence to evolving regulatory standards.

Comprehensive Solutions for Transmission and Distribution

Our services include:

• Custom Grid Solutions: Tailored transmission and distribution networks with smart grid technology for real-time monitoring, predictive maintenance, and optimized energy control.
• Installation and Construction: Skilled teams manage all project phases from foundation work to high-voltage equipment installation, adhering to strict safety standards.
• Maintenance and Upgrades: Ongoing services to monitor system health, manage upgrades,
  and enhance reliability and performance.

Advanced Technology Integration

PROMERGON’s solutions leverage advanced technology for flexible, modernized grids:

• Smart Grid Integration: Enhanced monitoring, control, and data-driven decision-making through real-time analytics.
• Renewable Energy Integration: Supporting the inclusion of solar and wind into existing grids to maintain a balanced, low-carbon energy mix.
• Energy Storage Solutions: Battery storage to improve grid resilience, manage peak loads, and ensure consistent energy availability.

Quality, Safety, and Sustainability

Commitment to Sustainability:

• High-Quality Components: Durable, performance-tested components from trusted suppliers.
• Safety and Compliance: Adherence to industry standards to protect personnel and communities.
• Sustainable Design: Systems that prioritize energy efficiency and resource conservation.

As the energy landscape changes with renewable energy growth and regulatory demands, PROMERGON provides tailored strategies for sustainable network infrastructure. Our network studies and planning services deliver reliable, cost-effective solutions to build resilient energy networks.

Principle and Extension Planning

Our network strategies provide:

• Technical and Economic Network Analysis: Assessing performance and cost.
• GIS-Supported Expansion: GIS tools for visualizing and planning.
• Long-Term Network Planning: Building future-ready networks.
• Optimized Plant Design: Efficiency-focused design.
• Failure Analysis (n-1 Criterion): Ensuring network resilience.
• Renewal and Dismantling Demand: Identifying infrastructure needs.
• Shortage Analysis: Proactively addressing supply limitations.

Network Protection

We develop protection and relay strategies for critical infrastructure:

• Protection Relay Modeling: Custom protection models for enhanced network security.
• Overcurrent and Distance Protection Coordination: Effective rating and coordination.
• Selectivity Check: Isolated fault handling for stability.
• Dynamic Motor Protection Simulation: Modeling motor startups.
• Neutral Point Processing Evaluation: Ensuring stable operation.

Connection Planning

We assess and plan network connections to integrate generation plants and battery storage:

• Connection Voltage Planning: Custom voltage solutions for various generation types.
• Network Compatibility Check: Ensuring decentralized generation compatibility.
• Optimal Connection Points: Identifying cost-effective, technically viable connections.
• Grid-Code Compliance: Verifying connection standards.
• Network Support Simulation: Testing for low-voltage and fault-ride-through.

Reliability Calculation

Our reliability analyses evaluate network planning and operational measures:

• Probabilistic Reliability Analysis: Statistical evaluations for reliability.
• System Parameters (DISQUAL): Measuring interruption frequency and duration.
• Network Variation Quantification: Monitoring reliability-impacting changes.
• Fault Effect Analysis: Addressing vulnerabilities.

Maintenance Services

• Low/Medium Voltage Cleaning: Wet or dry cleaning to maintain efficiency.
• Uninterrupted Operation: Maintenance with voltage up to 36 kV.
• Transformer Oil Testing: Checking PCB content and dielectric strength.
• Standards Compliance: Adherence to industry standards.

Thermography

• High-Quality Thermographic Inspections: Using high-resolution cameras.
• Certified Technicians: Personnel certified to DIN EN ISO 9712 (EN 473).
• Insurance Compliance: Providing legally recognized documentation.

PROMERGON’s approach to network studies, connection planning, and maintenance offers resilient, efficient, and sustainable energy solutions that meet present and future demands. Through precision engineering, advanced technology, and a commitment to quality, we build energy networks equipped for today’s needs and tomorrow’s challenges.