SIMPLE TESTS THAT REVEAL DIFFERENCE

01 — SHORT-TIME RESPONSE TEST

WHEN THE SENSOR GETS WET, THE WATER STOPS.

Immediate Response. Mechanical Precision. No Electricity.

This experiment demonstrates one of the most important features of HydroZenith's mechanical sensing technology: its ability to respond rapidly to changing moisture conditions.

When the sensing section is dry, the system allows water to flow. As soon as the sensing section becomes wet, the mechanical mechanism responds and stops water delivery.

This process occurs without batteries, electricity, electronic controllers, or internet connectivity.

What This Test Demonstrates

• Rapid response to moisture changes.

• Automatic stopping of water flow when the sensing section becomes wet.

• Mechanical operation without electrical power.

• Water regulation based on actual moisture conditions rather than fixed schedules.

The Result

Water stops flowing as soon as the sensing section becomes sufficiently wet under the demonstrated test conditions.

02 — FOUR-HOUR WATER EFFICIENCY TEST

FOUR HOURS. MINIMAL WATER CONSUMPTION.

Designed to Demonstrate Efficient Indoor Plant Watering.

Many conventional watering methods can supply more water than plants require, particularly when irrigation is controlled by fixed schedules.

In this four-hour experiment, we observe the water level in a small container connected to a HydroZenith indoor watering system.

As the sensing mechanism responds to soil moisture, water is supplied only when required by the system.

Throughout the experiment, the container's water level remains almost unchanged, demonstrating how little water is consumed during the observation period.

What This Test Demonstrates

• Moisture-responsive water regulation for indoor applications.

• Minimal change in the container's water level over four hours.

• Automatic operation without electrical power.

• Reduced unnecessary water delivery during the test.

The Result

After four hours, the water level remains nearly the same, demonstrating the system's ability to limit unnecessary water consumption under the tested conditions.

03 — LONG-DURATION WATER EFFICIENCY TEST

A SMALL WATER CONTAINER. WEEKS OF WATERING.

Long-Term Efficiency Through Intelligent Water Regulation.

One of HydroZenith's most valuable advantages is its potential to extend the period between water refills by reducing unnecessary water delivery.

Our long-duration experiments demonstrate how a relatively small water container can supply a plant for several weeks when connected to an appropriate HydroZenith watering system.

Instead of releasing water continuously or following a fixed schedule, the mechanical sensing system responds to changing soil moisture conditions.

Water delivery is regulated according to the conditions around the sensor, allowing the stored water to be used more gradually.

What This Test Demonstrates

• A small container can provide water over an extended period.

• Moisture-responsive control helps reduce unnecessary water consumption.

• The mechanical system can continue operating without batteries or electricity.

• Efficient water delivery may reduce the frequency of manual refilling.

The Result

Under the demonstrated growing conditions, a small water container lasts for weeks, illustrating the long-term water-efficiency potential of HydroZenith technology.

Actual duration depends on the plant species, container capacity, soil characteristics, temperature, humidity, and other environmental factors.