Agricultural irrigation system

When you hear 'agricultural irrigation system', many people think of just pipes filled with water. In fact, it is a complex organism, where each valve affects the yield. I remember how in 2019 in the Krasnodar Territory they had to redo the drip irrigation system - the designers did not take into account thatwater filtrationrequires an individual approach for different types of wells.

Design errors and their consequences

Most often, problems begin with a lack of understanding of the terrain. Last year I saw a project wherefrequency automatic equipmentinstalled without analyzing height differences. The result was that the upper parts of the field suffered from waterlogging, while the lower parts remained dry. We had to add additional valve groups, which increased the cost by 15%.

The choice of materials is especially critical. In the Volgograd region they tried to save on pipes forremote valve control- after a season, corrosion disabled 40% of the system. Now I always insist on galvanized steel, even if the customer resists.

By the way, about Shandong Linyao Intelligent Agriculture Technology LLC - I like their approach to the design of hydraulic structures. On the website https://www.lyzhihuinongye.ru there is a case on the reconstruction of the system in the Rostov region, where they took into account exactly these nuances.

Automation: necessity or luxury?

Many people still consider irrigation automation to be an overkill. But after barley crops were flooded in the Stavropol region due to human factors, opinions are changing.Intelligent water and fertilizer integration equipmentIt doesn't just save time - it protects against costly mistakes.

I remember how Shandong Linyao Intelligent Agriculture Technology LLC offered a system with soil moisture sensors. At first I was skeptical - it seemed like extra costs. But when I saw how theyhigh and low voltage equipmentin a greenhouse complex near Voronezh reduced water consumption by 30%, I realized that this is no longer the future, but the present.

Although sometimes automation makes life difficult. Last month, I had to spend three days dealing with false alarms from sensors in one system. The fault turned out to be incorrect calibration - a classic story when installers skimp on settings.

Water treatment is the basis of durability

If water quality issues are not resolved, the entire system will quickly fail. In Crimea, we encountered a situation where sand in the water destroyed expensive droppers within six months. We had to urgently install multi-stage filters - a lesson costing 200 thousand rubles.

Now I always recommend designingwater filtration equipmentwith a reserve of productivity. Especially for water and fertilizer integration systems - there any impurities cause clogging.

By the way, Shandong Linyao Intelligent Agriculture Technologies LLC uses an interesting approach - they select filters individually for the chemical composition of the water. Their website https://www.lyzhihuinongye.ru has detailed cases on different regions of Russia.

Energy efficiency of irrigation systems

Many people forget that pumps are the main consumers of energy. Last year, we recalculated the system for a farm in the Belgorod region - it turned out that the old pumps consumed 60% of the cost of irrigation. After installationfrequency automatic equipmentsavings amounted to 240 thousand rubles per season.

It is especially important to calculate correctlyhigh and low voltage equipmentfor hilly areas. In Bashkiria I saw a case where the incorrect selection of transformers led to constant voltage surges.

Shandong Linyao Intelligent Agriculture Technology LLC always reserves power in its projects of intelligent agricultural parks - a wise decision, although it increases the initial costs.

Systems integration - trend or necessity

Modernagricultural irrigation systemcan no longer work in isolation. In the same Shandong Linyao Intelligent Agriculture Technology LLC, they offer solutions where irrigation is connected to a weather station and soil monitoring systems. In the Rostov region, such integration made it possible to reduce water consumption by 25% without loss of yield.

Although sometimes integration creates problems. I remember how in one project they tried to connect too many systems - as a result, failures in one block paralyzed all the work. We had to simplify the architecture.

Now I think the optimal approach is that used by Shandong Linyao Intelligent Agriculture Technology LLC - a modular system where each unit is autonomous, but can exchange data. This is ideal for their projects of high-quality agricultural fields.

Prospects for the development of irrigation

I look at current trends - more and more attention is paid to precision farming. Systems like those developed by Shandong Linyao Intelligent Agriculture Technology LLC allow differentiated watering of different areas of the field. Last year in the Voronezh region such a system paid for itself in two seasons.

But there are also problems - a lack of qualified specialists. I often see how expensive equipment is used at 30% of its capacity simply because there is no one to properly configure it.

I think the future lies in systems that require minimal human intervention. As in the projects of smart agricultural parks from Shandong Linyao Intelligent Agriculture Technology LLC - most of the processes are automated, and the farmer receives ready-made recommendations.