The Knowledge centre

Engineering knowledge for better decisions, stronger projects and more resilient energy systems.

The GSC Knowledge Centre brings together durable technical and professional resources developed around the challenges faced by utilities, industrial organisations, infrastructure owners, developers, investors and public-sector decision-makers. It is designed as a practical library rather than a news feed.

The content connects GSC's three capability pillars, Strategic Advisory, Engineering Excellence and Project Leadership, with the industries and project environments in which those capabilities are applied. Resources are written to support early decisions, technical definition, investment screening, delivery governance and organisational learning.

What the Knowledge Centre Is Designed to Do

  • Translate complex engineering and delivery topics into decision-ready guidance
  • Share structured methods, checklists and frameworks that can be applied during project definition and review
  • Connect technical knowledge with GSC case studies, capabilities and industry experience
  • Provide a durable reference library separate from time-sensitive Insights and company news

Resource Library

Resource Type Purpose
White Papers In-depth GSC perspectives on major energy, infrastructure and digital-transformation themes
Research & Publications Records of research work and verified publications
Technical Guides Practical step-by-step guidance for feasibility, modernisation and energy-performance decisions
Engineering Briefs Focused technical analyses for decision-makers who need a concise professional view
Tools, Frameworks & Checklists Usable screening tools and structured assessments for early-stage reviews
Technical Presentations Approved professional and conference material linked to GSC technical themes


For Decision-Makers

Use White Papers for strategic depth, Technical Guides for structured action, Engineering Briefs for focused orientation, Tools for screening, Research for evidence and methodology, and Presentations for concise technical communication.

Need to apply one of these frameworks to a real project? Contact GSC to discuss a feasibility study, technical review, engineering assignment, project leadership requirement or tailored workshop.

Before investing in AI, GSC proposes starting with the energy system's real decision problem. A six-stage innovation loop and evidence gates connect AI adoption to engineering validation, cybersecurity and measurable system value.

Grid modernisation is a system-transformation programme, not a technology shopping list. GSC's seven-layer framework moves utilities from asset baseline through automation to digital intelligence in measured, secure phases.

Solar-project risk goes far beyond PV technology. Using lessons from GSC's Hoon 14 MWp case, this paper builds a structured EPC risk framework covering interfaces, grid connection, logistics and continuous risk governance.

GSC research record analysing risk management for a 14 MWp solar PV project and associated substation in Libya, using structured risk identification, a Risk Breakdown Structure and AHP-based prioritisation.

A practical guide for utilities, developers and industrial organisations defining the ten decisions that should be resolved before a battery storage project moves into detailed engineering or procurement.

A structured guide for identifying, quantifying and prioritising energy-efficiency opportunities in industrial facilities without separating energy performance from production reliability.

A seven-stage guide for utilities moving from fragmented modernisation projects toward an integrated grid-transformation programme, from baseline through to institutionalised cybersecurity and governance.

A digital twin becomes valuable when it supports a defined operational decision, not when it merely creates a visually impressive model. GSC outlines the architecture, fidelity and governance a twin needs to deliver durable value.

Hybrid microgrids must manage voltage, frequency, harmonics and dynamic interaction between renewable generation, storage and conventional generation. GSC outlines the studies, controls and mitigation measures required.

Project Leadership asks whether the project is being directed correctly; Project Controls asks whether performance is being measured reliably and what is likely to happen next. GSC explains why strong delivery requires both.

A screening checklist to help utilities identify where modernisation planning requires deeper assessment, covering asset condition, network constraints, SCADA coverage, cybersecurity and workforce readiness.

A first-stage screening tool for determining whether a proposed BESS opportunity is sufficiently defined for feasibility work, covering use case, sizing, grid connection, safety and commercial basis.

Sage Davis
Software Engineer

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