The nature reserves of the Igelsbachsee reservoir, the peninsula in the Kleiner Brombachsee, the Brombachmoor and the Sägmühle are additionally positioned on the Brombachsee. The water level of the Kleiner Brombachsee, like that of the Igelsbachsee, which is fed by the second giant tributary Igelsbach, is stored largely constant by a pre-dam. On the Eckersmühlen lock it is channeled from the higher water into the instantly neighboring Rothsee, a reservoir created within the Kleine Roth valley. The Danube-Major transfer system contains a complete of three lakes, including the Altmühlsee with a ring dam and two dams with Brombach and Rothsee, which embody 5 dams attributable to their pre-dams, three hydroelectric power plants at the dams and the Hilpoltstein lock, the canal routes to the Altmühlsee and from there to Brombachsee as well as 27 different weirs on watercourses, some of which have been expanded to accommodate larger water movement. This water then flows through a power plant with 3 megawatts of electrical output at the Hilpoltstein lock with a head of 24.67 m. Since then, it has hosted a large number of Max Planck younger analysis groups and Alexander von Humboldt scholarship holders and, with the Faculty of Engineering, has been concerned in the two Excellence Initiative establishments that have been set up at the College of Erlangen-Nuremberg in 2004.

Since 1994, water has been pumped from the Danube to the top of the canal utilizing pumps on the five locks on the southern ramp of the canal, from where it flows downwards over another barrage into the Rothsee, the place the water is stored and, if necessary, in two other ways can be delivered to the Regnitz. This is done via a energy plant with a design output of 630 kilowatts (two through-circulation turbines with 315 kW every). 9.0 m³/s can bypass the ability plant. In addition, floodwater inside the upper Altmühl near Ornbau is diverted into the switch system, which is intended to guard the Altmühltal below from flooding. When the Altmühl floods, excess water is channeled into the 5 km long Altmühl feeder close to Ornbau to the Altmühlsee. Without the addition, the Regnitz can carry less than 10 m³/s of water on the Hüttendorf gauge in dry circumstances. With the Danube-Primary transfer, the water administration authorities of the Free State of Bavaria divert water from the Danube river system into the Regnitz and Primary system in Franconia, which is threatened by temporary drought. There are also parts and services of the primary-Danube Canal that simultaneously serve other purposes: the canal itself between the connection to the Danube and the outlet into the Schwarzach, together with the inlet and outlet structures, as nicely because the pumping stations on the south ramp.

Whereas within the title Foremost-Danube Canal the rivers in the word correspond to the geographical arrangement on the north-going through map, the term Danube-Foremost transition displays the circulation course of the water pumped from the Danube and flowing towards the primary. Its longest tributaries also circulate into this lower section of its course, namely the Schwarzach, previously additionally the Sulz, which has now been lower up as a consequence of the usage of its valley and water for the principle-Danube Canal and its predecessor, then the one which, to a sure extent, represents it at the moment Canal itself and eventually the Weiße Laber, all left-hand tributaries, whose nice size and catchment area reflects the rather more distant location of the left watershed to the Rhenish system on this area. This water will improve the water high quality of Regnitz and Essential, which has been affected by intensive industrial and agricultural use. This brought with it significant restrictions on use and ecological dangers, e.g. B. for the elimination of bank filtrate for irrigation of the Middle Franconian vegetable rising area, which only grew to become potential with the switch, or by way of the use of cooling water, and many others. In the lengthy run, a median annual switch by the complete system of a hundred and fifty million m³ of water is anticipated, 5/6 of that via the main-Danube Canal. When water is low, water may be launched from the lake again into the Altmühl, however as a rule it's initially transported from the Altmühlsee through the 8.7 km lengthy Altmühl overpass, which crosses under the watershed in a tunnel over a distance of 2.7 km the Kleiner Brombachsee and from there into the immediately adjoining Großer Brombachsee.

Between 1995 and 2013, a median of 27.9 million have been offered this fashion each year. M³ of water over the water sheath was transferred, after the end of the set up, a mean of 26.5 million m³ have been transferred in 1999-2013 and 28.7 million m³ from the Brombachsee were given, whereby eleven million m³ of further inflow from the catchment area of ​​the Brombach turns into. In the years 1994-2013, an average of ninety seven million m³ of water were transferred to the Rothsee annually, the pure inflow of the small purple is approx. The nature reserve runs about 2.6 kilometers along the south financial institution of the Großer Brombachsee, from the dam of the small Brombachsee To Ramsberg. The wasteland is located within the Franconian Seenland, 1.5 kilometers southwest of Pleinfeld on a forest edge. South financial institution of the great Brombachsee, about three kilometers northeast of Langlau and 2.2 kilometers northwest of Ramsberg close to the Weißenberg. Partly paid parking services are positioned at the sports boat port in Langlau and in Ramsberg. The pouch mill was located on the Brombach northeast of the Pfofeld district of Langlau and south of Absberg in the realm of ​​today's Kleiner Brombachsee.

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