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Renewable Energy Jobs: Why It’s Worth It and How to Get Started

What is Renewable Energy?

Renewable Energy Sources, or RES, utilizes natural processes occurring in the environment, such as wind, sunlight, water, biomass, or geothermal energy, to produce power. This makes it:

  • Environmentally friendly – it does not emit greenhouse gases or other pollutants,
  • Diverse and flexible – it can be adapted to local geographical conditions,
  • Economically beneficial – as it creates new jobs and increases energy independence.

Why Work in the Renewable Energy Sector?

Working in the renewable energy industry offers many advantages that can appeal to both new employees and experienced professionals. Here are a few reasons to consider a career in this sector:

Innovation and Growth

The Renewable Energy sector is driven by continuous growth, achieved through the implementation of new technological solutions and the improvement of existing ones. From an employee’s perspective, this growth translates into significant opportunities to shape their career path and develop professionally.

Stable and Attractive Employment Conditions

Employees who choose to build their future in the Renewable Energy sector can count not only on job stability – thanks to the industry’s dynamic growth and the creation of numerous new positions – but also on attractive working conditions, including competitive salaries.

A Job with a Mission

By working in the Renewable Energy sector, you become part of the energy transformation aimed at reducing greenhouse gas emissions and minimizing dependency on fossil fuels.

A worker on a photovoltaic farm installs PV panels.

How to Start Working in the Renewable Energy Sector?

The Renewable Energy industry offers a wide range of job opportunities – from engineering roles and sales positions to business support departments.

Below, together with our HR team, we answer the most frequently asked questions from those interested in starting a career in this field.

Is a Higher Technical Education Necessary to Start a Career in the Renewable Energy Sector?

A higher technical education is not a mandatory requirement to begin working in the Renewable Energy sector. For example, you can start a career as a service technician with a technical secondary education. However, if you aim to grow within project execution roles – such as a construction engineer or, in the future, a construction site manager – higher technical education becomes a necessity.

It’s also worth considering roles related to business development. If you aspire to become a business developer, completing studies in finance, economics, or related fields is recommended.

Desired Skills in the Renewable Energy Sector

Education is just one of many factors considered when selecting candidates during the recruitment process. Employment in the Renewable Energy sector often involves working in an international environment, making language skills—particularly English proficiency—a valuable asset. Additionally, due to the nature of the work, well-developed soft skills, such as communication and teamwork abilities, are a significant advantage.

Renewable energy jobs and two people on a wind farm.

Where to Find Job Offers in the Renewable Energy Sector?

You can find job offers for positions in the Renewable Energy sector on popular job boards and in the careers sections of industry-specific company websites.

If you’re looking for growth opportunities in the Renewable Energy sector, don’t wait—check out the current job openings at Electrum and apply today

Renewable Energy Jobs – Summary

Working in the Renewable Energy sector offers not only professional development opportunities but also the chance to contribute to a mission that supports environmental protection and sustainable development. With the right education and experience, you can expect stable employment and attractive working conditions.

What’s inside a wind turbine? Discover the interior of a wind energy generator

In this article, we embark on a journey following a wind turbine technician and discover what is inside a wind turbine.

Let’s start with entering the wind turbine

The entry into the wind turbine is through a door at the base of the tower. Upon entering, the technician finds themselves in the lower part of the wind energy generator, where the control panels are located, overseeing various aspects of the turbine’s operation, such as wind speed and the status of the generator.

Entry to the inside of the turbine – the door at the base of the wind tower.

Read how our technicians take care of the Potęgowo wind farm:

Potęgowo Wind Farm Serviced by Electrum

We are going up the wind turbine tower

Inside the tower, we can see cables running from the top to the generator, as well as safety systems. This level also houses a ladder and a service elevator, which transports technicians responsible for maintenance, repairs, and inspections of the installation. The elevator inside the turbine is also used for transporting equipment, tools, and spare parts.

Elevator inside a wind turbine.

The ride to the top can take several minutes, depending on the height of the turbine, which can reach several hundred meters.

wind turbine interior with elevator

At Electrum, we build wind farms and service turbines. Learn more about our services:

What will we find inside the top part of the wind turbine?

When we reach the top of the wind turbine, we find ourselves in the so-called nacelle, which is an enclosed cabin at the top of the tower, housing most of the key mechanisms of the entire installation. This includes the generator, gearbox, and control systems.

Now that you know what the inside a wind turbine looks like, if you want to learn more about the construction elements, from the foundations to the blades, read the article: Wind turbine components and construction

technician inside the turbine

A Low-Emission Truck That’s Redefining Live Events: How a Single Artist Can Play Simultaneously in Three Cities Thanks to IMMERSIONS Project

Is it possible to host simultaneous music events in multiple cities with the same headliner? The IMMERSIONS project shows exactly that! With advanced live-streaming technology and a commitment to an eco-friendly future, we’re bringing electronic music to an entirely new level.

As the project’s strategic partner, at Electrum we are fueling these innovations with low-emission solutions that not only redefine event organization but also open new opportunities for music scenes in areas far from major cultural centers. “It’s a way to combat cultural exclusion,” Jędrzej Dondziło explains. He’s a local music promoter and IMMERSIONS representative in Poland. “People in places without a well-established club infrastructure or with limited cultural offerings have to no longer wait for artists to travel to them.”

IMMERSIONS Project: The European Hybrid Music Network for Cultural Peripheries

The heart of the project is a mobile truck equipped with a container that doubles as both a stage and a broadcast center. This setup allows events to be hosted practically anywhere, from smaller cities to remote locations where club infrastructure may be limited or nonexistent. “With our truck, we can go anywhere, even to places without clubs, and host events. We can also receive broadcast signals from other cities and stream them locally,” says Jędrzej. “All our partners come from the periphery of Europe, from the periphery of the electronic music scene, and that’s a key element of the project – unifying forces to bolster the resilience and growth of local music scenes.”

So how does it all work? The project’s hybrid technology enables simultaneous events with the same headliner in different cities. Recently, three such events were held in Białystok, Vilnius and Porto. Though only physically present in Białystok, Berlin-based DJ, Mary Yuzovskaya, performed at the same time in each of these cities. Her set was broadcast live to Vilnius and Porto, creating both digital and fully immersive experience.

“A single camera shot of the performer is transmitted to the other locations,” Jędrzej explains. “DJ appears at a 1:1 scale on large screens in the receiving cities, with no noticeable latency and exceptionally high-quality sound. When the lighting, stage design and a bit of smoke are all configured just right, we create the illusion of the artist’s presence in the room.” The broadcast signal originates from the truck, which acts as the stage for IMMERSIONS’ hybrid events. “This setup can be deployed almost anywhere, as long as a few (seemingly simple) requirements are met – a matte black backdrop, a camera mounted in the right spot, and a stable Internet connection.”

Projekt Immersions - ELectrum strategiczny partner projektu Immersions

Photo: Krzysztof Karpińśki

You Don’t Need a Physical DJ to Enjoy the Music

The concept behind the project addresses the idea that, in a club setting, the focus should be on the music itself—not just the person selecting it—especially when the event is designed for a dedicated community of music enthusiasts. And it’s precisely this sense of community connection that the IMMERSIONS project aims to foster.

Historically, DJs and their setups weren’t always located in the same room as the event itself. DJ booths were often tucked away in less visible spots rather than positioned center stage, and DJs frequently played with their backs to the crowd. IMMERSIONS draws on this tradition and takes it a step further – removing the artist from the room physically but placing them there digitally. This shift doesn’t compromise the musical experience in any way – the sound quality is outstanding, and the bass can still be felt deep in your bones

Solar Panels and Energy Storage for Low-Emission Events

The push for these solutions has undoubtedly been fueled by the pandemic. Travel restrictions and club closures highlighted the need for alternative ways to experience live culture. And speaking of travel, IMMERSIONS also tackles environmentally harmful practices, such as constant flying. With broadcast technology, artists can perform in multiple cities simultaneously without needing to travel. “It’s a fight against practices that come at a high cost to our planet,” Jędrzej explains.

Electrum is backing the project’s green dimension, aiming to make the truck entirely sustainable. Plans include installing solar panels and energy storage units that will power entire events with green energy, stored directly on the truck. “Our ambitious goal is to power the entire event solely with renewable energy,” Jędrzej emphasizes. “Even in a minimal setup, the truck could support several hours of podcast recording and, if needed, connect to the grid. Additionally, as a backup, we plan to equip the truck with a small, low-emission gas generator—rather than a standard diesel engine—to further reduce its environmental impact.”

Altogether, IMMERSIONS presents an innovative response to challenges in electronic music and club culture. It not only opens new doors for developing music scenes in underserved areas but also brings sustainable practices into the world of live events. It’s a testament to how technology, ecology and culture can intertwine to create a future that’s accessible to everyone, no matter where they live.

IMMERSIONS Project: A Collaborative Network Supporting Equal Access to Music Culture

IMMERSIONS – the European Hybrid Music Network for Cultural Peripheries – links Białystok, Vilnius, and Porto through this innovative initiative. The project is a collaboration between independent organizations in the electronic music scene: FOMO_ (Poland), Gare (Portugal), and Kablys (Lithuania). IMMERSIONS aims to provide equal opportunities for artists from Europe’s peripheries and to create more accessible and sustainable ways to participate in music events. By using advanced live-streaming technology, artists can perform in multiple cities simultaneously, reducing the need for travel and the associated carbon footprint. The project also offers free workshops and events that empower local music communities and promote new forms of artistic collaboration. For more information and an event schedule, visit the project’s website.

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