Latest Blog Posts

The New Era of Maritime Energy

Green Data Talent

The Maritime industry is undergoing a significant transformation as Sustainability and emissions reduction become operational imperatives.

Multiple offshore energy solutions are emerging to meet these challenges:

At the forefront of this shift are offshore virtual power plants (VPPs) which are integrated networks that combine offshore wind turbines, floating solar arrays, and hybrid energy storage systems. By aggregating these distributed resources as a unified power source, offshore VPPs optimise Renewable Energy production and enhance grid stability. Their offshore positioning enables efficient energy harvesting without occupying valuable coastal/terrestrial space.

Floating platform-to-ship (P2S) systems are another innovative solution enabling sustainable maritime operations. These platforms act as floating charging stations, delivering renewable electricity directly to ships during anchorage. By replacing conventional auxiliary engines with clean energy supplied from these platforms, vessels significantly reduce fuel consumption and emissions while stationary.

Strategically located Offshore Energy hubs are designed to provide sustainable power to anchored ships and support bunkering activities using green energy. These hubs serve as multi-functional platforms, enabling ship-to-ship energy transfers and on-site Renewable Energy generation.

Purpose-built mooring and power platforms complement these systems by providing stable anchorage points alongside direct renewable energy supply. Helping reduce overall emissions and reliance on onboard fossil fuel generators.

And from a recruitment standpoint, an influx of Maritime Electrification roles will emerge. New positions around M&O of floating charging platforms, electric bunkering stations, and offshore energy hubs are being created.

Marine and Renewable Energy are more interconnected than ever before.

Source: Alexander Micallef, Maurice Apap, John Licari, Cyril Spiteri Staines, Zhaoxia Xiao, Renewable energy systems in offshore platforms for sustainable maritime operations, Ocean Engineering, Volume 319, 2025, 120209, ISSN 0029-8018,
https://doi.org/10.1016/j.oceaneng.2024.120209.

The High Cost of Hiring Delays (& How to Minimise Them)

Green Data Talent

For industries driving innovation for the Energy Transition, some of the more technically demanding skillsets across Engineering are difficult to identify and attract to the business.

We know this comes down to talent scarcity, high competition and stringent project requirements.

The knock-on effect on a business can be damaging, with projects being delayed, over-exceed budgets, overworked staff and reduced productivity, to name a few.

These challenging searches require time and attention.

We work with our clients to ensure any negative impacts on the business are kept to a minimum.

Some different solutions that help alleviate pressure in the interim include:  

  • Onboarding contractors to bridge the gap
  • Temporarily reallocating staff to manage workload while continuing the search
  • Split the role to divide responsibilities across multiple employees
  • Reassess core competencies and, if budgets allow, offer training and development programmes for junior staff
  • Reach out to previous applicants to assess whether they now possess the right skillset and have qualified for the role
  • Flexibility with increasingly hybrid/remote working models (dependent on the nature of the role)

Finding the right talent efficiently in the Energy sector isn’t easy.

But with the right approach that incorporates temporary solutions to bridge the gap, the negative impact on projects and overall business performance are kept to a minimum.

Risk vs Reward – Start-ups or Global Organisations?

Green Data Talent

Weighing the options between start-ups and well-established organisations is a common predicament candidates face when considering their next opportunity.

In the Renewable Energy market, start-ups can appeal to those wanting to take full ownership over cutting-edge technologies.

With established processes and robust safety and compliance frameworks at the heart of renowned energy providers, engineers can contribute to energy transitions at scale whereas those contributions may materialise at a slower pace due to company policies.

Generally speaking, start-ups are the answer if you want rapid growth, are comfortable with unpredictability and value close relationships with the whole team, whereas global organisations suit those seeking stability, structured growth, and access to large-scale resources.

There’s no right answer.

Essentially, you have to assess individual strengths and weaknesses and ask yourself – which environment will best support those qualities?

Green Data Talent are fortunate to be partnered with emerging starts-ups through to household names – providing our candidates with an array of options best-suited to their personality and career aspirations.

Nuclear Revival: What does Sizewell C mean for Energy & Talent ?

Green Data Talent

Earlier this week, the UK government committed £14.2 billion to kickstart the construction of Sizewell C, a 3.2GW nuclear plant in Suffolk.

With the capacity to power 6 million homes, Sizewell C marks a major shift toward low-carbon, dependable electricity, reducing reliance on imported fossil fuels. Beyond infrastructure, this project is a talent engine, driving jobs across Engineering, Supply Chains and Construction. For companies involved, this investment strongly reinforces an urgent need to build and connect with highly skilled teams.

The creation of 10,000 new jobs presents a growing need and competition for expertise. With ongoing engagement across the sector, Green Data Talent is well placed to contribute meaningfully to this high-impact project.

Projects like Sizewell C highlight why now is the time to invest in recruitment strategies that align with the future of clean energy.

Powering Change: New Government Measures for Solar Panels and Heat Pump Installation

Green Data Talent

As part of the government’s Plan for Change, all new build homes will now be required to have solar panels as standard. This is a major step towards lowering household energy bills and increasing the use of clean energy.

Further measures under the upcoming Future Homes Standard are set to be published this autumn, will ensure that new homes are built to be modern, energy-efficient, and cost-effective to run — helping households save hundreds of pounds each year.

Additionally, the government has also made it easier for existing homeowners to adopt low-carbon heating with recent legislation now allowing heat pumps to be installed without the need for a planning application.

These initiatives are expected to reduce costs for families whilst contributing to the UK’s long-term energy security.

Talent Scarcity in Engineering

Green Data Talent


Recruiting for multiple skillsets means we are witnessing firsthand the widening gap between traditional and software disciplines. Fewer of the younger generation are pursuing careers in fields like mechanical engineering, while interest in software and AI-driven roles surges.

And this heightened interest is similarly reflected in elevated salaries.

Companies and industries rooted in physical engineering must rethink how they are going to train and inspire future talent.

How can we overcome this?

  • Introduce interdisciplinary degree widening skillsets and developing more well-rounded Engineers
  • Career pathways that show how mechanical engineers can grow alongside software-driven industries
  • Recognition and incentives that make mechanical and physical roles just as rewarding and future-proof

The world still needs physical infrastructure, machines, energy systems, and manufacturing.

These roles are critical—and they deserve support.



Powering the Future: Industrialisation & Commercialisation of Tidal Energy

Green Data Talent

As the global demand for clean and sustainable energy intensifies, Tidal Energy is emerging as a reliable and predictable renewable resource. With the potential to transform coastal power generation, the Industrialisation and Commercialisation of Tidal Energy mark a major milestone toward a more sustainable future.

Key industry players have partnered to deliver complete, grid-integrated power systems based on what will be the world’s largest tidal turbines. At GDT, not only are we proud to be supporting these clients but also to be playing an active role in advancing the development of resilient, sustainable coastal energy systems.

Short-Term vs Long-Term Investment? Major GH2 3GW Project Approved

Green Data Talent

Despite concerns over the negative environmental impact regarding local historic sites, Statera Energy have had approval from the Scottish government to go ahead with their Green Hydrogen project, aimed to produce 3GW of H2 in the next decade.

Similar to the goals and timelines set for other leading GH2 projects, this plant is aimed to be in service by 2030 onwards, however progress may be stalled in what must be deemed as one of the most volatile industries across all Renewable Energy sectors.

Valid are the concerns regarding the effect on surrounding areas, but does this disruption outweigh the long-term benefits of the transition towards clean fuels?

Renewable Energy and Wildlife Conservation: Striking the Balance

Green Data Talent

As renewable energy projects expand, balancing sustainability with wildlife conservation has become crucial. Innovations in wind turbine design and careful site selection are minimising environmental impacts, ensuring that clean energy development aligns with ecological preservation. This approach highlights the harmony between renewable energy and nature. Collaboration with conservation groups and ongoing monitoring efforts are also ensuring that the needs of local ecosystems are considered and protected.

The Future of Hydrogen in the UK’s Energy Strategy

Green Data Talent

Hydrogen is emerging as a cornerstone of the UK’s energy strategy, with its potential to decarbonise heavy industry and transportation. Investments in green hydrogen projects are accelerating, making this clean energy source a key player in the nation’s journey toward net-zero emissions. Hydrogen’s versatility as a fuel source is also sparking innovation in storage and transport technologies, which could revolutionise energy systems globally.