Developed by Envest, Koru1000 performs not just efficiency; but also cares for the planning of the water resources and the future of water.
Koru1000 is used in fields such as production and distribution of the drinking water , evacuation of waste water from drains, agricultural irrigation etc.
The primary issues that Koru1000 cares for are energy efficiency in pumps and motors, field hydraulics, water well hydraulics etc.
Pump efficiency analysis, Groundwater level control, Cost analysis, User-independent autonomous operations, Water production/consumption capacity analysis etc.
Koru1000 control devices can be expanded modularly. The devices have analog and digital input/output modules for various sensors, actuators and drivers.
The interface offers unique interfaces for borehole wells, water supply stations (riser pumps) and water storage houses.
The most obvious feature of Koru1000 that distinguishes it from the traditional SCADA systems is that it is designed for water applications only.
In this era of technology where the concepts such as Industry 4.0, Internet of Things (IoT), big data and artificial intelligence are the trending topics, Koru1000 manages the future of water with car
We, as Envest, create our products with an innovative perspective for a sustainable life.
As Envest we are aware of the fact that the water resources we have are not limitless as they seem to be in this era of overconsumption. We propose modern water management solutions to protect our world on the basis of sustainability. With Koru1000, we not only manage water resources but also manage the future of water while being productivity oriented. Our motivation as a company is inspired from the motto “there is no other world”. Koru1000 is a software & hardware ecosystem controlling water systems based on energy efficiency increasing water demand decreasing failures and seepage loss wealth management and future planning. With its practical interface design and advanced infrastructure, Koru1000; provides services for all different kind of users.Devamı
YAS Sahalarında Su ve Enerji Kullanımının Araştırılması ve Verimliliğinin Artırılması Projesi (Yönetici Özeti)
The aim of the project: To enhance the capacity of the system that is not able to meet the water demand, and to increase the efficiency in the system
The process of the minimum usage the water pumps during the peak electricity demand times