Switzerland is renowned for its alpine scenery and its strict standards regarding environmental protection and urban planning. Therefore, when the consortium of BKW (55%) and aventron (45%) decided to build the new small hydropower plant HPP Turbach (under Kraftwerk Turbach AG), the project required a solution that fits into the built-up area of Gstaad. With …
We are pleased to announce the successful commissioning of the newly constructed Hansenhütte hydropower plant in Kapfenberg, Austria. This project, completed for the world-renowned chain specialist pewag, features a state-of-the-art 718 kW Kaplan turbine and represents a major step forward in sustainable energy production for the Austrian industry. Modern Infrastructure for Peak Performance While the …
GUGLER Water Turbines is proud to announce the successful commissioning of the Dupinga Mini Hydropower project in Nueva Ecija, Philippines. This milestone further strengthens our long-standing presence in the country’s renewable energy sector and marks the completion of another key “water-to-wire” solution. This project is much more than just a technical installation; it is a …
In the field of renewable energy , the prevailing belief is often that a large machine with highest possible nominal power guarantees the highest energy production. However, our extensive experience at GUGLER Water Turbines demonstrates that oversizing a turbine leads to inefficiency, increased investment and operating costs, and a shorter lifespan. The key is precise matching, not maximum size. The Sizing Dilemma The idea that …
Read more “Why “Bigger Is Always Better” Fails for Water Turbines”
Vietnam’s demand for electricity has been rising rapidly in recent years, driven by strong economic growth and the country’s commitment to clean energy. Hydropower plays a key role in this development and GUGLER is proud to contribute with another successful project: the commissioning of the Na An hydropower plant. Expanding GUGLER’s footprint in Vietnam Na …
GUGLER Water Turbines GmbH is proud to announce the successful completion and commissioning of the Anashironi Hydropower Plant in Peru. The new facility marks a major expansion of the existing Renovandes H1 plant, adding an entirely new turbine-generator unit that operates as an independent hydropower station under the name Anashironi. Located at around 600 m, the …
Read more “21 MW of Renewable Power: Anashironi Hydropower Project Completed”
Gugler Water Turbines GmbH is thrilled to announce the successful commissioning of the 1,68 MW Kumu Hydropower Plant in early June 2025. This achievement was formally marked by Prime Minister Mark Phillips and GEA CEO Dr. Mahender Sharma on July 11, 2025. Following the restoration of the 0,79 MW Moco Moco plant in December 2024, …
Many hydropower plants around the world have been in operation for decades — some for over half a century. While their civil structures often remain sound, their internal components can fall behind today’s performance, efficiency, and automation standards. That’s where hydropower refurbishment comes in. Refurbishment is more than just repair. It’s the targeted modernization and …
Read more “Giving Hydropower Plants a Second Life: Why Refurbishment Matters”
Gugler Water Turbines celebrates important milestone: the successful commissioning of the Hushan small hydropower plant in Taiwan. This marks not only our first completed project in the country but also a prime example of how modern hydropower can be efficiently integrated into essential public infrastructure. The Hushan SHP plant is located near the city of …
Read more “Looks Great, Works Even Better: Gugler’s First Project in Taiwan”
Did you know that drinking water systems hold untapped potential for renewable energy from water? Every day, millions of liters of water flow through municipal and industrial networks under high pressure. Traditionally, this pressure is controlled and dissipated using pressure-reducing valves, but what if we could harness it instead of wasting it? At GUGLER Water …
Read more “Don’t Waste the Pressure: Turn Drinking Water Into Renewable Energy”
