GUGLER Water Turbines GmbH

Once again we had the opportunity to present GUGLER Water Turbines at the HTL Neufelden and to get in touch with young talents who are ready to explore the world of technology and engineering. At our booth, students had the opportunity to get a close look at a scaled-down Pelton turbine, which led to insightful discussions about efficiency, innovation and the future of sustainable energy. It was great to see so many curious minds exploring the possibilities of hydropower technology and its role in shaping a greener future. We were especially pleased to have both of our team members, a former HTL Neufelden student, on hand to share their knowledge and first-hand experience with the HTL students, making the connection between education and real-world engineering even more tangible. 🌍 Renewable energy is the future - and so are you! Whether you're interested in design, construction, or project management, a career in hydropower offers endless opportunities to make a real difference. Looking for exciting career opportunities? Learn more here: https://lnkd.in/eUgdCVeN Thanks to everyone who stopped by - stay curious, keep exploring, and see you soon!

Pumped storage: The backbone of renewables As the world transitions to renewable energy, energy storage is more important than ever. One of the most efficient and scalable solutions? Pumped storage hydro (PSH). How it works: PSH acts like a "giant rechargeable #waterbattery" for the power grid, storing and releasing energy based on demand. 1️- Charging (storing energy): ⚡ When there is excess electricity in the grid (e.g., from solar panels during the day or strong winds at night), this excess energy is used to pump water from a lower reservoir to a higher reservoir. ⚡ This process converts electrical energy into potential energy, stored in the elevated water. 2️- Discharging (generating electricity): ⚡ When electricity demand increases (e.g., during peak hours when people return home), the stored water is released from the upper reservoir. ⚡ As the water flows downhill, it turns turbines, generating electricity instantly and stabilizing the grid. Not a new idea – but more relevant than ever Just like GUGLER turbines, built on a long tradition of engineering excellence, pumped storage hydropower has been a proven solution for over a century. The first known facility was built in 1907 in Switzerland, demonstrating that storing energy with water and gravity has been a trusted method long before the rise of renewables. Do you see pumped storage as the key to a sustainable energy future? Share your thoughts in the comments!

Powering sustainable energy - together! Looking for a reliable hydropower partner for your small to medium-sized projects? Whether you're building a new plant or refurbishing an existing one, Gugler has you covered - from water to wire. We are a family-owned Austrian company with over a century of expertise in Francis, Kaplan, Pelton, and Pump Turbines, ranging from 50 kW to 40 MW. Our portfolio also includes Container- and Siphon Turbines, as well as many other solutions. At Gugler, every project is crafted individually and with precision to ensure peak performance, efficiency, and long-term reliability. No two projects are alike – and we thrive on creating solutions as unique as your goals. Our commitment doesn't end with delivery - we're here to support you throughout the lifecycle of your plant, from design and installation to upgrades and maintenance. 💧 Because every drop counts. Together, we create sustainable energy solutions that last for generations. Ready to bring your project to life? 👉 Visit us: www.gugler.com

Great to see our Great Zimbabwe project featured in zek-HYDRO Fachmagazin für Wasserkraft! This marks an important milestone for GUGLER, as it’s our first hydropower project in Zimbabwe. We are excited to be part of the transition to renewable energy in the region.

Nam Cuoi Project in Vietnam We would like to highlight the successful operation of the Nam Cuoi hydropower plant located in Vietnam. This project is delivering clean, renewable energy to the region, providing 12 200 kW of sustainable electricity. With a water flow of 15,18 m³/s and a head of 46 meters, Nam Cuoi demonstrates the efficiency and reliability of hydropower technology. Its operation plays a key role in addressing Vietnam's growing energy demands while upholding sustainability principles. We’re proud to have contributed to this project and to see it operational. The Nam Cuoi hydropower plant is now a part of Vietnam's energy infrastructure and we look forward to its continued success in powering the region for years to come. For more insights, read the full article: https://lnkd.in/e3vP7aWM

Meet Finn Lee! For the past eight months we've had the privilege of working with Finn Lee, a talented Master's student in Mechanical Engineering at the University of Twente, who completed his Master's thesis at GUGLER. Finn's thesis was a forward-looking challenge: Creating an AI-based condition monitoring system to improve the efficiency and reliability of hydropower operations. His innovative approach integrates advanced AI technologies to predict and prevent potential problems, pushing the boundaries of what's possible in renewable energy systems. What's even more impressive? Finn didn't just stop at theory. He brought his ideas to life by designing a working 3D printed Francis turbine. As Finn completes his time at GUGLER, he's ready to dive into Austria's dynamic hydropower industry, bringing with him a wealth of knowledge, enthusiasm and innovative ideas. We're proud to have been a part of Finn's journey and to support young talent that is shaping the future of renewable energy. 🌍💡

As the year draws to an end, we would like to take a moment to express our heartfelt gratitude to all of you. For GUGLER Water Turbines, 2024 has been a year filled with exciting projects, challenging tasks, and remarkable achievements. Our special thanks go to: 🌍 Our customers and partners: Your trust and inspiring projects have pushed us to excel. Together, we have created hydropower solutions that bring sustainable energy to the world. 👷♂️ Our employees and freelancers: You are the cornerstone of our success. Your dedication, innovative spirit, and teamwork have made 2024 an extraordinary year. ⚙️ Our sub-suppliers: By providing high-quality components and equipment, you have contributed to ensuring sustainable and reliable operations for our customers. We are proud of what we have achieved together – from the installation of state-of-the-art hydropower plants to the development of innovative technologies for a greener future. With great anticipation, we look forward to 2025, to new projects and partnerships that we will shape together. Stay well-disposed towards us!

As 2024 comes to a close, we’d like to take a moment to recognize the incredible people who have made this year so memorable. To our hardworking colleagues, whose efforts drive us forward every day, to our clients and partners for their trust and valued suppliers, whose ongoing support is key to everything we do — we are truly grateful for each of you. With the holiday season upon us, we hope you enjoy a well-deserved break, filled with joy, relaxation, and time spent with loved ones. Thank you again for being part of this journey. We wish you and your loved ones a wonderful holiday season and a New Year filled with health, happiness and prosperity. Happy Holidays!

Successful Restoration of Moco Moco Hydropower Plant We are proud to announce that the Moco Moco hydropower plant in Guyana is now fully operational following an extensive rehabilitation process. Originally commissioned in 1999, the plant was damaged by a landslide in 2003 and has remained out of service for over a decade. The plant was successfully recommissioned in October 2024, now operating with an enhanced capacity of 0.7 MW, up from the original 0.5 MW. Key Upgrades: Capacity increase from 0,5 MW to 0,7 MW Powered by two high-efficiency Pelton turbines Located on the Moco Moco Creek, part of the Amazon River system This restoration not only increases the plant's output but also supports Guyana’s growing demand for reliable, renewable energy in the Lethem region. By bringing this plant back to live, we are contributing to a more sustainable and energy-secure future for the area. We are proud to be part of this important project that advances both technological innovation and environmental responsibility. For more information, visit our blog post: Link in comments