• Basket

    There are no items in the basket.

    Go to basket Proceed to checkout
    Privacy policy • Imprint

Viticulture

Efficient irrigation in viticulture: the key to quality and sustainability

Do you have a new plantation or are you interested in irrigating an existing plantation?

As experienced irrigation technicians with a great deal of expertise in agricultural irrigation technology, we would like to give winegrowers and winegrowers an insight into modern vineyard irrigation.

In times of climate change and increasingly dry periods, an efficient irrigation strategy is becoming more and more important for successful viticulture.

Why is irrigation so important in viticulture?

The water requirements of the vines vary greatly depending on the growth phase. The phases of flowering, fruit set and berry ripening are particularly critical. Optimally controlled irrigation can make the difference between an average and an outstanding harvest.





Modern irrigation methods for viticulture

  1. Drip irrigation: This water-saving method delivers water directly to the roots of the vines. It reduces evaporation losses and minimizes the risk of fungal diseases.

  2. Pressureless irrigation from IBC tank and tanker: This method is particularly suitable for smaller vineyards or remote locations where there is no direct water connection. Water flows by gravity, which simplifies installation and maintenance.

  3. Irrigation from water containers with a gasoline or electric pump: For larger plants or areas without height differences, gasoline or electric pumps provide a reliable water supply. These systems are flexible to use and can be adapted as required.

  4. Irrigation from reservoirs and wells: In regions with sufficient groundwater or existing water reservoirs, a continuous water supply can be ensured. This method is particularly sustainable in terms of efficiency and personnel deployment and is therefore very cost-effective in the long term.

  5. Sensor technology: Soil moisture sensors enable precise monitoring and control of irrigation based on the actual needs of the plants.





Effects on wine quality

A well-planned irrigation strategy not only influences the yield, but also the quality of your wines. Controlled water stress can promote the formation of aromatic substances and lead to more concentrated wines. At the same time, excessive irrigation must be avoided so as not to dilute the characteristic terroir expression.

Sustainability and resource conservation

As water resources become scarcer, water-efficient irrigation techniques are becoming increasingly important. The reuse of water and the use of precision technologies such as drones and satellite images for irrigation planning are forward-looking approaches in sustainable viticulture.

Economic aspects

Investments in modern irrigation systems pay off in the long term. They not only reduce water consumption, but also ensure consistent yields and quality - an important factor for your planning security and profitability.





Start your irrigation project now with DVS Beregnung

A well thought-out irrigation strategy is essential for successful viticulture today. It helps you to master the challenges of climate change and increase the quality of your wines at the same time. As experts in agricultural irrigation technology, we will be happy to advise you on the planning and implementation of a customized irrigation concept for your vineyard.

Would you like to find out more about efficient irrigation solutions for your vineyard? 
Contact us for an individual consultation and let us develop the optimal strategy for your business together.

Start irrigation project!




In a nutshell: System concept for irrigation in viticulture

Feed point: At the highest point of the vineyard with shut-off valve, filter and pressure regulation.

  • Filter: Removes sand and impurities.
  • Pressure regulation: Prevents excessive pressure in the drip pipes.

Head station as a distribution system: Water is fed along the rows of vines using PE pipes. Access to each row is provided by tapping clamps.

  • Drip pipes: Are approached from the tapping clamp with a stable flexible pipe.
  • Installation: Attached to the lower tensioning wire.
  • Ball valves: Enable manual switching on/off and thus regulation of the water quantity per row of vines.

Pressure-compensating drip pipes: Same amount of water even with height differences of approx. 30-40 meters.

  • Membranes and labyrinths: Ensure uniform water delivery.
  • Adaptation: Systems with micro-drippers for irregular plant spacing.
  • Drip clips: Prevent drips from running down the pipe, compensate for variations between dripper outlet and cane spacing.
  • Maintenance: Empty drip pipes before frost, check function in spring.

Material requirement and water requirement:

  • Calculation: Drip tube requirement corresponds to the total row length (average row length x number of rows).
  • Example: Average plant spacing of 2.0 m x 1.25 m requires approx. 100 m head pipe and approx. 5,000 m drip pipe.
  • Water requirement: Number of drip points x water application (liters per hour/dripper).
    • 5,000 m drip pipe with 2 liters/hour/dripper at 50 cm dripper spacing results in 20 m³/ha/hour.
    • Maximum 20 liters per dripper and irrigation application (= 8 l/m²).

Do you still have questions?

We are always happy to help! Simply use our contact form to let us know your concerns. We will endeavor to answer you within 24 hours.

Wondering exactly how planning or installation works? We have the right instructions for you for every step.

Videos & Tutorials

Are you stuck with your planning or installation? Send us an e-mail and we'll get back to you within 24 hours with the solution.

E-mail support


Do you still have further questions? Then you are welcome to book a personal appointment with us. 

Telephone support