More Power – Same Water.
Intelligent Hydropower Through Artificial Intelligence
Discover IVAC (Intelligent Vane Actuation Control), a smarter way to optimize hydropower performance. By harnessing advanced learning algorithms, IVAC increases efficiency, expands the turbine’s operating range and enhances operational flexibility.
At the same time, IVAC reduces vibrations and mechanical wear, supporting more reliable and efficient operation.
Designed for seamless integration, IVAC is quick and easy to install on both existing hydro plants and new installations.
Built to make every drop count
What makes IVAC the leading intelligent control solution for hydropower turbines.
Making Every Drop Count
IVAC - Intelligent Vane Control. Optimizing hydro plant operations by increasing power production without increasing water usage.
Patented control system
Weis has developed a patented control system that employs sophisticated AI algorithms to enhance the efficiency of Francis turbines. The system is engineered to individually control each blade's guide vane, optimizing performance and energy output.
Modern Interface
Dive into the details with our modern, intuitive dashboard. It provides real-time insights and detailed analytics at a glance.
Effortlessly Compatible
Seamless integration with your current hydro systems, ensuring a smooth transition without the need for extensive modifications and expensive investments.
Unlocking wasted energy in hydropower
Weis was established in 2021 in response to exciting hydro turbine efficiency enhancing technology invented by Ståle Enger (CTO, Weis AS), an expert in hydroelectricity generation, to address an urgent unmet need in the hydro industry. Weis aims to improve the efficiency of hydropower plants through a unique approach to turbine control, improving efficiency, unlocking wasted energy and extending turbine lifespan. Our vision is to become the leading provider of intelligent control solutions for hydropower turbines, supporting both the energy industry and the environment
- Patented AI-driven guide-vane control
- Validated at NTNU Hydroelectric Laboratory
- Measurable turbine efficiency gains
- Reduces mechanical vibrations and wear
- Compatible with existing Francis turbines
- Quick retrofit — no full plant shutdown needed
- Real-time monitoring dashboard included
- Supports 6 UN Sustainable Development Goals
Concept
IVAC hardware and AI algorithm technology demonstrated in small scale turbine at NTNU Hydroelectric Laboratory
Norwegian University of Science and Technology
NTNU is the leading water research facility in Norway. The Hydroelectric Laboratory has a unique closed-loop system for testing of hydropower turbines. Weis has been granted access to the lab for testing of the system.
NTNU waterturbine
NTNU Hydroelectric Laboratory operates a highly optimised 1:5 scale turbine. This turbine is one of the most efficient turbines in the world.
Initial Prototype
The initial prototype was developed to work with the NTNU Francis turbine and was used to test the viability of the technology.
Results from testing
After 3 weeks of testing, the results were in. The prototype was able to increase the efficiency of the turbine in all scenarios.
Report from NTNU based on testing
The test results is confirmed by independent scientists at NTNU.
IVAC is born
Intelligent Vane Actuation Control - IVAC is born.
Technology Demonstration
IVAC hardware and AI algorithm technology demonstrated at the NTNU Hydroelectric Laboratory.
Sustainability
By increasing the efficiency and performance of hydroelectric turbines IVAC will contribute to several United Nations Sustainable Development Goals (SDGs), emphasising environmental sustainability, clean energy, economic growth, and climate action. The specific SDGs impacted include:
Affordable and Clean Energy
By enhancing the efficiency of hydroelectric turbines, the product directly aligns with Goal 7, which aims to ensure access to affordable, reliable, sustainable, and modern energy for all.
Industry, Innovation, and Infrastructure
The product supports Goal 9 by promoting innovation in the infrastructure sector. Increased efficiency in hydroelectricity production contributes to sustainable industrialisation and infrastructure development.
Climate Action
Improving the efficiency of hydroelectric turbines helps reduce the carbon footprint of energy production, contributing to efforts to combat climate change and its impacts.
Life Below Water
Hydroelectric power is considered a renewable energy source that minimises the environmental impact associated with traditional fossil fuel-based energy. This contributes indirectly to Goal 14 by promoting the responsible use of resources and minimising water-related environmental impacts.
Life on Land
By providing a cleaner alternative to energy production, the product indirectly supports Goal 15 by reducing the environmental degradation associated with traditional energy sources and their impact on terrestrial ecosystems.
Partnerships for the Goals
Collaboration between technology providers, hydroelectric plant operators, and relevant stakeholders is essential for the successful implementation of products that enhance hydroelectric efficiency. This aligns with Goal 17, which emphasises the importance of partnerships for achieving sustainable development.
Team
Weis has a team of highly qualified and experienced staff, with the track record needed to commercialise and take to market the IVAC innovation
Jan Holm
Managing Director
Ståle Enger
Co-Founder, Inventor & Board Member
Andreas Stangnes
CTO
Jørn Mejdell Jakobsen
Chairman of the Board
Markus Stangnes
System Developer
Aleksander Larsen
System Developer
Stein Ole Larsen
Board Member & Investor
Wiggo Carlsen
Co-Founder & Board Member
Dag Omre
Business Developer
Ready to unlock more energy from your turbines?
Join the growing number of hydropower operators improving efficiency with IVAC. Reach out to schedule a technical discussion or request a demo.
Get In Touch
Interested in IVAC for your plant? We'd love to hear from you.