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Energy & Utilities

Expert engineering consultancy for power generation, distribution, renewable energy integration, and smart grid infrastructure across the UK and EU. We design resilient, sustainable energy systems that meet stringent grid codes and regulatory standards.

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Our Expertise in Energy & Utilities Engineering

The modern energy landscape demands sophisticated engineering solutions that balance generation efficiency, grid stability, renewable integration, and regulatory compliance. NOVTRIQ delivers specialist consultancy spanning electrical infrastructure design, storage systems, power quality, smart metering, and interconnection—ensuring reliable, sustainable energy delivery for a decarbonized future.

Grid Infrastructure & Substations

We design and optimize electrical substations and transmission/distribution networks serving utility-scale generation and demand. Our expertise covers primary transformers, switchgear, protection systems, earthing design, and reactive power management—all compliant with BS 7671, ENA Technical Standards, and relevant GB grid codes. We conduct load flow analysis, fault level assessment, and protection coordination studies to ensure stable, resilient network operation under diverse fault scenarios and generation profiles.

Battery Energy Storage Systems (BESS)

Energy storage is critical for renewable integration and grid stability. We engineer utility-scale battery systems covering DC architecture, BMS integration, thermal management, and AC interconnection. Our designs comply with BS EN 62619, BS EN 50272-2, and ESO Safety Technical Standards, ensuring safe, efficient operation across frequency response, constraint management, and arbitrage services. We also deliver detailed safety case development, site layouts, and fire mitigation strategies for lithium-ion installations.

Renewable Energy Integration

Large-scale wind, solar, and hydroelectric facilities require sophisticated grid integration engineering. We design generator-step-up transformers, export cable systems, grid connection points, and control/communications infrastructure compliant with G99, G98, and relevant ENA engineering recommendations. Our work includes fault ride-through analysis, frequency support capability assessment, and dynamic stability modeling—enabling renewable assets to operate safely and provide grid services under all network conditions.

Power Quality & Protection Systems

Power quality issues degrade equipment life and service reliability. We design comprehensive protection schemes including overcurrent, distance, and differential protection; harmonic analysis and mitigation; and power factor correction systems. Our approach meets BS EN 60909 for fault calculations and implements modern IEC 61850 digital substations where required, delivering real-time monitoring, adaptive protection, and enhanced network diagnostics.

Utility Metering & Smart Grid Architecture

Smart grid infrastructure enables demand-side flexibility and operational visibility. We design advanced metering infrastructure (AMI) systems, demand-side management (DSM) protocols, and data acquisition networks supporting real-time billing, demand response, and asset optimization. Our solutions integrate SCADA systems, time synchronization (GPS/PTP), and cybersecurity controls per IEC 62351, enabling utilities to manage distributed resources efficiently and support net-zero transition objectives.

Outcomes & Benefits

  • Grid Compliance & Safety: Full adherence to BS 7671, ENA Technical Standards, GB grid codes (G98, G99, LFDD), and ESO requirements. Protection and control systems deliver reliable operation under fault and transient conditions.
  • Efficient Renewable Integration: Seamless connection of wind, solar, and storage assets with fault ride-through, frequency support, and grid service capability. Reduces connection costs and accelerates deployment timelines.
  • Enhanced Grid Stability & Resilience: Advanced protection coordination, dynamic modeling, and real-time monitoring minimize disruption risk and maximize network uptime. Supports decarbonization and energy security objectives.
  • Optimized Asset Performance: Power quality improvement, thermal management optimization, and predictive maintenance strategies reduce operating costs by 15–25%. Smart metering enables demand flexibility and revenue optimization.
  • Future-Ready Infrastructure: Scalable architecture supporting distributed generation, demand flexibility, and emerging technologies. Digital-first design enables adaptation to evolving grid requirements and regulatory change.

Ready to Advance Your Energy Assets?

Whether designing new generation or storage infrastructure, optimizing grid interconnection, or planning smart grid modernization, NOVTRIQ provides specialist engineering consultancy that delivers compliant, efficient, resilient energy systems. Let's discuss your project and explore how we can support your energy transition objectives.

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