May 01, 2017
Water technology meets data analytics as Grundfos and TaKaDu join forces to accelerate the use of big data for greater water network efficiency.
A partnership between Grundfos and TaKaDu is set to ramp up the companies’ capabilities within digital water management systems. The collaboration will combine Grundfos’ technological expertise and experience with TaKaDu’s analytical event management solutions to transform raw data into end-customer value.
“Being a global leader in our segment, we have worked with connected solutions for quite a while, and we have got the experience and technological capability to offer monitoring services to our customers. However, the partnership with TaKaDu accelerates our efforts in the digitalisation journey, and allows us to speed up the process of providing our customers with best-in-class, data driven solutions,” said Kenth Hvid Nielsen, Group Vice President, Global Water Utility, Grundfos.
The two companies are already in the process of exploring the partnership opportunities by running a joint pilot at Frederikshavn Forsyning, a Danish water utility company. Here the high-tech solutions are employed and tested in a “live” environment.
“We are very excited to partner with Grundfos in the global water market, and expand our comprehensive event management solution to new dimensions of data, related to energy and network operations. Data analytics yields a wide spectrum of benefits, and we are confident that this partnership will boost efficiency of both water and energy,” said Amir Peleg, TaKaDu’s Founder and CEO.
Using data analytics in water utilities helps optimise operations and decision making with real-time information about events, such as leakages or assets failures, including the time it started, magnitude, location, etc. This helps utilities detect any incident at an early stage, increasing visibility, and making it easier to reduce water loss and improve customer service.
Future digital offerings leveraged by this partnership can help water utilities on a global scale to fulfil new operational targets for saving energy and water, as well as managing water network assets in the most economical way.