Renewable Energy & Industry Applications Training Courses

Design and Integration of PHES, BESS and Floating Solar PV – Enabling Hybrid Technologies for Grid Stability and Future Power Systems

The rapid global transition toward renewable energy has fundamentally changed the way electric power systems are planned and operated. Solar generation are now among the cheapest forms of electricity generation in many regions of the world. However, unlike conventional thermal power plants, renewable energy sources are intermittent and variable in nature for example solar generation fluctuates with cloud cover and disappears at night. As renewable penetration increases, electric grids increas...

Floating Offshore Wind Engineering and Technology – Enabling Scalable Renewable Energy in Challenging Marine Environments

This 4-day comprehensive training programme provides an overview of floating offshore wind technology, project development, and operational considerations. Participants will gain practical insights into offshore site assessment, floating turbine systems, mooring and station-keeping solutions, power transmission technologies, marine installation operations, and project economics. By linking engineering fundamentals with market trends and commercial drivers, the course equips participants with ...

HV & MV Power System - Design, Protection & Coordination

This 5 half-days training course addresses all aspects of industrial & utility power systems, including system planning, equipment selection, specification and application, system grounding, protection and conformity with electrical code requirements etc.

Utility-Scale Hybrid Solar PV Plants with Battery Energy Storage Systems (BESS) - Mastering Grid Stability, Design Integration, and Lifecycle Asset Management

The global energy landscape is undergoing a large transformation, moving rapidly toward decentralised, clean, and dispatchable power. Hybrid integration of Utility-Scale Solar Photovoltaic (PV) Plants with Battery Energy Storage Systems (BESS) is the foundational architecture enabling this shift effectively and efficiently. Hybrid PV-BESS facilities stabilise grid instability, enhance asset profitability, and maximise the integration of intermittent solar energy.

Geothermal Drilling Engineering - Master High - Temperature Drilling from Concept to Execution

The Geothermal Drilling Training Course offers a comprehensive understanding of the technologies, tools, and engineering strategies essential for planning and executing successful geothermal projects. It emphasizes the similarities and critical differences between geothermal drilling and traditional oil and gas well drilling, providing participants with a solid foundation in geothermal well design, well control, and high-temperature drilling challenges.

Developing Bankable Power Purchase Agreements for Solar and Battery Energy Storage - Bridging Renewable Energy Technology with Financial Viability

The rapid energy transition across the Asia-Pacific region is compelling governments and corporations to actively pursue clean energy solutions, making the Power Purchase Agreement (PPA) the linchpin of successful project development. This specialised course is essential because evolving national policies, such as new green power programs, are creating liberalised market structures that require sophisticated contractual and financial expertise. Participants will gain a building-block approac...

Wind Power Operations, Maintenance & Performance Monitoring – Improving Equipment Functionality, Efficiency and Longevity for Sustainable Returns

Wind power operations, maintenance (O&M) and performance monitoring is experiencing significant growth, propelled by increasing global wind energy capacity and advancements in predictive maintenance technologies. To capitalise on this growth, there is a pressing need to navigate complex maintenance demands, mitigate efficiency losses, and strategically balance maintenance approaches. Ultimately, optimised energy output and extended turbine lifespans are paramount for success in this high-grow...

Pumped Hydro Energy Storage - Design, Implementation and Optimisation

Pumped Hydro Energy Storage (PHES) is crucial for addressing the growing challenges of energy transition. The rising use of variable renewable energy sources, such as solar and wind, lead to grid instability, supply-demand imbalances, and the need for effective peak load management. Traditional energy sources raise environmental and economic concerns, underscoring the importance of adopting renewable energy and energy storage solutions.

Carbon Capture, Processing and Technologies - Master the Technologies Driving Carbon Capture and Sustainability

This 4-day course on CO2 Capture, Processing, and Technologies course offers a thorough exploration of technologies vital to mitigating global CO2 emissions. Participants will gain comprehensive knowledge of the processes used to capture CO2 from various sources, including natural gas, pre- and post-combustion systems, oxy-fuel combustion, and biogas. The course covers the physical and thermodynamic properties of CO2, emphasizing their importance in processing and sequestration.

Microgrid Systems: Integrating Renewables, Storage, and Intelligent Control

Design, Development and Operation of Proton Exchange Membrane (PEM) Stack - Precision Engineering for Sustainable Energy

In the rapidly evolving landscape of sustainable energy, Proton Exchange Membrane (PEM) electrolyser technology stands at the forefront of green hydrogen production. As the world intensifies its efforts to decarbonise and transition to clean energy systems, PEM electrolysers have emerged as a crucial technology for efficient, scalable, and environmentally friendly hydrogen generation.

Transforming Waste into Energy - Best Practices for Sustainable Power Generation

Waste generation increases daily as populations grow and economies develop. Traditionally, waste disposal has relied on landfilling, leading to greenhouse emissions and other pollutions. Meanwhile, our energy needs are rising. An innovative solution addressing both issues can be implemented by transforming waste into electricity, fuels, and heat through advantageous Power Purchase Agreements. Converting waste to energy is the most sustainable and renewable approach to reduce fossil fuel relia...

Solar PV Systems, Modelling and Analysis - Master the Technology of Solar PV from Cells to Systems

Solar PV systems hold significant promise for generating clean and renewable energy. However, achieving optimal performance necessitates expertise in modelling, simulation, and data analysis. In this intensive 4-day course, participants will receive comprehensive training in utilizing modelling techniques and software tools to accurately analyse PV system operations, maximize energy output, and facilitate data-driven decision-making.

Design, Deployment and Value Chains in CO₂ Shipping & LCO₂ Carriers – Assessing System Constraints Infrastructure Readiness and Commercial Viability

CO₂ Shipping and LCO₂ Carriers are becoming vital parts of the carbon capture and storage value chain. As global decarbonisation accelerates, carbon capture and storage (CCS) is transitioning from pilot-scale projects to large-scale deployment, with global capacity expected to grow significantly over the next decade. Governments and industries across Europe, North America, and Asia-Pacific are committing to ambitious net-zero targets, driving strong demand for reliable CO₂ transport solutions...

Design, Integration and Economic Assessment of Onboard Carbon Capture Storage (OCCS) Systems in Maritime – Mastering Technical Integration and Commercial Viability of Carbon Management in Modern Shipping Fleets

As maritime decarbonisation accelerates under increasing regulatory and commercial pressure, onboard carbon capture and storage (OCCS) is emerging as a potential transitional solution for reducing emissions from existing fleets. However, OCCS is not a single technology, but an integrated system spanning capture, conditioning, storage, offloading, and verified transfer to permanent storage. This training is based on real-world project evidence and derived from cross-project benchmarking across...

Optimise Wind Farm Performance Through Strategic O&M Management and Advanced Monitoring – Engineering Reliability Through Operational Intelligence

This 3-day comprehensive course is designed for asset owners, asset managers, and senior O&M professionals responsible for optimising O&M performance, cost, and value at portfolio and financial level, rather than executing day-to-day maintenance activities. The course equips participants with the strategic and technical expertise to design and optimise O&M programmes for onshore wind farms and portfolios, covering maintenance strategy, service agreement management, KPI frameworks, and perform...

Power Project Economics & Financial Modelling – Navigating Risk, Returns, and Revenue

The global power sector is undergoing one of the most profound transformations in its history, driven by the accelerating energy transition, rising electricity demand, and the urgent need for energy security. Renewable energy capacity is expected to expand rapidly over the next decade, supported by declining technology costs, policy support, and increasing electrification across industries. At the same time, the scale of investment required is unprecedented, positioning power and renewable pr...

Geothermal Resource Decision Workshop – Practical Decision-Making for Fault-Hosted Deep Circulation Geothermal Systems

This workshop is particularly focused on fault-hosted deep circulation geothermal systems, which differ significantly from magmatic or volcanic-dominated systems. By combining geoscience interpretation with economic risk assessment, the course equips participants with a structured decision-making framework that balances technical uncertainty with financial constraints—ultimately preparing professionals to make informed, high-value geothermal investment decisions.

Material Failure Analysis in PEM Electrolyser – Transforming Failure Data into Reliable Hydrogen Systems

The reliability and durability of PEM electrolysers are critical to both performance and safety. Designing reliable Proton Exchange Membrane (PEM) electrolysers requires more than technical proficiency; it demands a deep understanding of how and why systems fail, together with effective mitigation strategies, analytical methods, and preventive tools.

Offshore Wind Project Viability – Strategic Market Entry and Investment Due Diligence

The offshore wind industry presents a significant opportunity for conventional utilities seeking growth, diversification, and a path toward decarbonization. This has been driven by aggressive global climate goals and technological maturity. Even though the global offshore wind sector is characterised by strong growth and strategic technological advancement, the real challenges in the offshore wind sector are currently dominated by a severe confluence of macroeconomic pressures and supply chai...

Geothermal Resource Decision Workshop – Practical Decision-Making for Volcanic-Hosted Geothermal Systems

This intensive three-day workshop provides a practical foundation in geothermal resource evaluation and decision-making using a conceptual modelling framework. Participants experience the full lifecycle of geothermal exploration and development, from determining the existence of a viable geothermal reservoir through to making informed investment decisions on power plant construction. The workshop mirrors real-world geothermal project workflows, requiring participants to assess uncertainty, in...

Methanol Bunkering– Virtual Instructor Led Training (VILT)

The maritime industry currently faces substantive challenges driven by increasingly stricter gaseous air emission legislation and the International Maritime Organization’s (IMO) urgent drive to reduce greenhouse gas (GHG) emissions from ships. Consequently, the global maritime sector is undergoing a profound energy transition, and methanol has rapidly emerged as a leading alternative fuel, offering a viable, clean-burning pathway to meet these stringent environmental regulations. The adoption...

Long-Duration Energy Storage (LDES) – Assessing Market Needs, Technology and Economics

This 3-day course is designed to provide business people with a comprehensive picture of how other energy storage solutions will coexist and compete with current BESS solutions, particularly as power systems continue to evolve towards cleaner, more renewables-oriented supply mixes.

HVDC Systems Engineering - Principles, Features, Design & Operations

High-Voltage Direct Current (HVDC) technology is fundamentally transforming long-distance power transmission. As an efficient and versatile solution, it is central to the evolution of modern electrical grids. While conventional HVDC systems have a long-established history of interconnecting large asynchronous AC systems, their role has expanded significantly with the global transition to renewable energy. Today, HVDC technology is essential for integrating remote, large-scale clean energy sou...

Design, Installation & Failure Investigations of Submarine Power Cable Systems - From Engineering and Deployment to Fault Inspection in Real World Environments

Submarine power cables form the critical backbone of modern offshore energy infrastructure, enabling power transmission across oceans and connecting remote islands, offshore wind farms, and international grids. As the demand for renewable energy and cross-border interconnectors accelerates, so does the need for professionals with deep technical knowledge of these complex and high-stakes systems.

Ammonia as an Alternative Fuel in Maritime Applications - Navigating the Future of Green Marine Propulsion

As the maritime industry faces unprecedented pressure to decarbonise, ammonia is rapidly emerging as a game-changing low-carbon alternative to traditional marine fuels. With the UN's International Maritime Organisation (IMO) requiring ship owners to transition to cleaner fuels or face carbon taxes starting in 2028, the race for sustainable shipping solutions has accelerated dramatically.

Ammonia as Cargo in Maritime Applications - Navigating Safe and Sustainable Marine Transport and Cargo Operations

As the energy industry advances toward decarbonisation, ammonia has emerged as a critical cargo commodity with unique transportation requirements. The growing global demand for ammonia is driven by its exceptional properties as a cost-effective hydrogen carrier, making it an essential component of the hydrogen economy and energy transition. This strategic shift in the ammonia market is reshaping global shipping patterns, with trade volumes projected to increase substantially as industries see...

Battery Recycling Technologies and Design - Maximising Returns while Minimising Environmental Impact

Batteries have grown as a driving technology, powering renewable energy storage system to electrical vehicles. However, the rapid growth in battery usage has led to increasing concerns about their environmental impact. Battery recycling has emerged as a pivotal solution, not only for mitigating environmental harm but also for harnessing substantial economic advantages. From a global perspective, the purpose of battery recycling extends far beyond simple waste management. It is a critical st...

Hydrogen Pipeline Engineering - Strategies for New Construction and Repurposing Existing Pipelines

Hydrogen pipelines are essential for the efficient and cost-effective transport of gaseous hydrogen over long distances, forming the backbone of a hydrogen economy. According to Rystad Energy 2,800 miles (4,500 kilometres) of hydrogen pipelines exist globally, supporting industrial applications, fuel cell technology, and the transition to a low-carbon energy system. However, designing these pipelines presents significant challenges due to hydrogen's unique properties. To address these issues ...

Successfully Negotiating Low Carbon Hydrogen Agreements – Navigate the Hydrogen Economy with Expert Strategies for Low-Carbon Agreements

This 3 day training program, Successfully Negotiating Agreements for Low-Carbon Hydrogen, is designed to equip participants with the knowledge, skills, and tools necessary to navigate the complexities of this evolving new sector. From commercial contracts to regulatory frameworks, successful negotiation requires a deep understanding of the technical, economic, and policy dimensions unique to hydrogen markets.

Design, Implementation, and Operations of Battery Energy Storage Systems (BESS) - Reliability, Continuity, and Infrastructure Resilience

The rapid evolution of Battery Energy Storage Systems (BESS) is significantly transforming energy management. As the demand for reliable and efficient energy solutions surges driven by the increasing reliance on digital infrastructure and renewable energy sources, BESS has become essential for enhancing energy resilience and operational efficiency. Recent trends show a marked shift towards integrating advanced battery technologies, such as lithium-ion and emerging chemistries, into utility-sc...

Electrolyser Plant Design - Infrastructure for Sustainable Energy Solutions

Electrolyser plants are gaining increasing importance in Southeast Asia as countries shift towards sustainable energy solutions. The emphasis on green hydrogen production via Proton Exchange Membrane (PEM) electrolysis is becoming more pronounced, driven by national policies aimed at reducing carbon emissions and enhancing energy security. As the region explores its potential in the hydrogen economy, electrolyser plants are set to play a crucial role in achieving energy transition goals. Key ...

Train the Trainer (TTT) Programme - Transform Subject Matter Expertise in the Energy Industry to Training Excellence

The "Train the Trainer" course is an intensive four-day workshop designed to equip corporate trainers with essential skills needed for effective training delivery. This course is ideal for both experienced subject-matter experts with limited training experience and seasoned trainers seeking to refine their techniques. The course covers critical aspects such as training needs analysis, session planning, and creating a conducive learning environment.

EPCC and O&M Agreements in Solar PV Projects Development - Bridging the Commercial and Technical Terms in Sustainable Energy Projects

The global renewable energy landscape is experiencing unprecedented growth, with solar photovoltaic (PV) projects leading the charge. The International Renewable Energy Agency has reported a significant surge in solar PV capacity, contributing substantially to the global energy. This solar growth presents immense opportunities for companies in the power utilities, renewable energy and EPCC sector. Industry projections suggest that in the coming years, significant EPCC contracts are expected ...

Technical Report Writing and Presentation Skills In the AI Era - For Engineers, Scientists and Technical Professionals in The Energy Industry

The Technical Report Writing and Presentation Skills for Oil & Gas Engineers and Technical Professionals course focuses on the unique needs of technical professionals who write for both technical and non-technical readers.

Hydrogen Storage, Transportation and Distribution - Successfully Navigate the Hydrogen Value Chain

Hydrogen's unique molecular properties make it an ideal medium for storing large amounts of energy for extended periods and enabling the transportation of energy across countries and industry sectors. However, hydrogen production sites are often located in areas with favorable production conditions, such as low-cost electricity, water availability for electrolysis, natural gas with or without carbon capture capabilities, and other suitable resources. These production sites are rarely situated...

Introduction to Fuel Cell Technology - Building Resilient Energy Solutions for Sustainability

Lately, fuel cell technology is more crucial than ever, as the world faces the urgent need to combat climate change and transition to a low-carbon economy. These electrochemical devices offer a clean and efficient alternative to fossil fuel-based energy generation by converting the chemical energy of hydrogen into electricity, producing no harmful emissions. With the potential to significantly reduce greenhouse gas emissions, especially when powered by hydrogen derived from renewable sources,...

Mooring and Anchoring Technology in Floating Photovoltaic (FPV) Systems - Site Evaluation, Innovative Structure, and Sustainable Practices

Floating solar represents a relatively new sector, employing innovative technology and expertise related to flotation systems, mooring, and anchoring. The mooring and anchoring of the floatation system are one of the most challenging aspects of this new technology. A mooring system is essential to keep the FSPV array in place with minimum movement based on project tolerances and to maintain sufficient clearance between neighbouring arrays or between an array and other assets (such as pipeline...

Yield Assessment, Design and Monitoring of Solar Photovoltaic Power Plants - For Bankable System Simulations Using PVsyst Software

PVSyst is a software tool used extensively in the solar photovoltaic industry to simulate and estimate the energy production of PV systems. Participants will be provided with a comprehensive understanding of how to effectively utilise PVSyst for bankable solar energy yield assessments and to assist in the design of both grid-connected and hybrid solar PV systems.

EV Battery Design and Charger Technology - Understand The Applications Of Sustainable Mobility

In the rapidly evolving landscape of transportation and energy, Electric Vehicles (EVs) infrastructure have emerged as a transformative force, redefining the way we envision and interact with mobility. At the heart of this revolution lies the intricate interplay between EV Battery Design and Charger Technology, two pivotal components shaping the efficiency, range, and sustainability of whole electric vehicle transportation. EV Battery Design stands as the cornerstone of electric mobility, in...

Renewable Energy Corporate Power Purchase Agreements

The global renewable electricity generation capacity is growing with an unprecedented speed. Half of the growth in the power production across the globe is now coming from renewables, led by wind, solar PV and hydropower. Within the next 5 years the share of renewable technologies meeting global energy demand will reach 30% of the total world electricity generation.

Principles of Proton Exchange Membrane (PEM) Electrolyser Operation - Technology for Producing Clean and Sustainable Hydrogen

Sustainable green hydrogen is entering the mainstream, offering immense potential as a clean, renewable energy vector that is the key to reducing carbon emissions across multiple sectors. Produced through electrolysis powered by renewable electricity, sustainable green hydrogen is gaining major momentum amid intensifying global decarbonization efforts. With rapid advancements in Proton Exchange Membrane (PEM) electrolysis driving down costs dramatically, green hydrogen is now economically via...

Large Scale Hydrogen Production - Electrolyser Technologies & Electrolysis Interfaces

Hydrogen is considered to a key component in the transition towards low to zero emission in the energy sector. Hydrogen is a versatile energy carrier and a widely used resource in the chemical industry. In order to decarbonize existing hydrogen use, clean hydrogen must be used. Hydrogen, as a chemical molecule, is perfectly suitable to store large amounts of energy, even for longer times and to transport energy between countries and even to enable the use of renewable energies across industry...

Battery Energy Storage Systems (BESS) - Commercial Models, Market Value, and Future Technologies

This advanced 3-day program equips professionals in the energy industry, market analysts, financiers and policymakers with the strategic insights needed to navigate and capitalize on the rise of BESS.

Introduction to Carbon Capture and Storage (CCS) for Non-Technical Professionals

Carbon Capture and Storage (CCS) is an upcoming new technology that has a vital place within global efforts to decarbonise. It has a unique set of challenges, opportunities and risks to be understood and accommodated within appropriate legal, regulatory, and social and public licence frameworks. The course has a strong international and global south emphasis with case studies on CCS projects and will touch on the role of CCS in developing country energy transition. The course satisfies a part...

Offshore Wind Vessel Chartering Management – A Comprehensive Guide to CSOV and WIV Operations, Risk Allocation, and BIMCO Standard Forms

This intensive 3-day course is designed to equip commercial and operational personnel from both the Owner and Charterer sides with the expertise needed for seamless, contention-free chartering management. Through real-life case studies and contract simulations, participants will master the complexities of risk allocation and dispute resolution to ensure profitable and sustainable operations.

Carbon Pricing, Tax & Trading Policies: Energy Transition & Global Carbon Policies

The low-carbon energy transition initiatives focus on decarbonizing the energy industry and their respective economies as a whole. To achieve this, the role and potential for carbon pricing and carbon markets will be crucial. During this 3 full-day training course, participants will learn about the key policy issues and the main trends in emissions markets such as future carbon pricing and fiscal policy expectations.

Advanced Offshore Wind Operation & Maintenance – Logistics, Strategy, and Performance Optimisation

This 2-day comprehensive advanced course is designed to equip experienced professionals with the strategic, technical, and commercial expertise required to master the complexities of offshore wind O&M in this evolving landscape. By integrating real-world case studies, advanced methodologies, and emerging industry best practices, participants will gain the tools and insights needed to optimise offshore asset performance, reduce operational risk, and maximise long-term value in the next generat...

Quantitative Risk Assessment for Offshore Wind Energy Projects – Transform Uncertainty into Data-Driven Decisions

This 2-day comprehensive training delivers significant strategic and operational value across the wind energy value chain by enhancing the accuracy of energy yield assessments and financial forecasts, strengthening project bankability and investor confidence, and enabling more informed, data-driven decision-making in project development and portfolio management. It equips professionals with advanced capabilities in technical due diligence and risk communication, while reducing exposure to tec...

Wind Turbine Technology – Master the Art of Selection and Optimise the Farm Performance

As the global wind energy sector experiences an unprecedented surge with installed capacity reaching 1.25 terawatts by mid-2025 the industry is rapidly shifting toward massive multi-megawatt offshore machines and advanced rotor designs to meet 2030 climate goals. However, this scaling brings significant logistical hurdles and complex technical challenges, making precise turbine technology and selection more critical than ever for a project’s financial viability and long-term reliability.