AquaHorti
AquaHorti Real-World Tests

Measured.
Recorded. Explained.

Real measurements from grow environments, lighting setups, UV applications and outdoor tests — using actual AquaHorti instruments, documented test conditions and recorded data.

30 Days Continuous outdoor PAR and DLI data reviewed across an entire month.
1,440 One-minute timestamps captured during a full 24-hour environment test.
Multi-Point Grid measurements used to evaluate distribution instead of one spot reading.
Measurement before guesswork

See what the instruments actually measured.

These are not simulated examples or product specifications. They are real measurement cases built from practical tests, recorded readings and exported data. Each article explains the setup, the result and what the result does not prove.

Featured · 30-Day Dataset

September 2026 PAR & DLI: What 30 Days of Outdoor Logging Show

Thirty consecutive days of real outdoor PAR and DLI data reveal how dramatically accumulated plant light can change from one day to another — and why the highest instantaneous PPFD does not necessarily produce the highest DLI.

View the 30-Day Test →
Lowest DLI 15.070 mol/m²/day
Highest DLI 49.221 mol/m²/day
Highest PPFD 2,906 µmol/m²/s
Logging Interval 10 min PAR / PPFD records
Test Library

Browse real measurement tests.

Filter by application or search by instrument, parameter or test subject. This page can keep growing as new real-world tests are published.

Plant Light · Outdoor AH-PARDLI

30-Day Outdoor PAR & DLI Test

A full month of outdoor measurements showing day-to-day DLI variation, PPFD peaks and why one midday reading cannot describe total daily light.

Measured DLI Range 15.070–49.221 mol/m²/day · September 2026
View Real Test →
Plant Environment · Outdoor AH-200

24-Hour PAR, CO₂ & VPD Test

One complete outdoor day recorded at one-minute intervals, combining light, temperature, humidity, VPD and CO₂ in the same dataset.

Full-Day Dataset 1,440 readings Peak PPFD 1,041.8 µmol/m²/s · DLI ≈17.1
View Real Test →
Lighting · Uniformity AH-300

15-Point Study Lamp Uniformity Test

Instead of measuring only the center of a desk, this test maps illuminance across a 50 × 30 cm work area.

15-Point Result 758.3 lux avg. Measured uniformity: 0.79
View Real Test →
UV · Resin Printing AH-NUV

12-Point Resin Printer UV Uniformity Test

A 4 × 3 irradiance grid compares multiple locations across a resin printer exposure area instead of relying on one center reading.

Measurement Map 12 positions 385 nm + 405 nm irradiance mapping
View Real Test →
Lighting · Stability AH-300

LED Brightness After 15-Minute Warm-Up

The same LED fixture was monitored as it warmed up to see whether illuminance remained constant during operation.

Measured Change −1.5% Approx. 1,149 lux → 1,132 lux
View Real Test →
Lighting · Power vs Lux AH-300

“500W” LED: Actual Power vs Illuminance

Electrical input and light at the measurement point were checked separately to show why wattage alone cannot describe lighting performance.

Visible Test Readings ≈201 W / 5,741 lux One fixture · one measurement setup
View Real Test →
Display · Optical Measurement AH-300

Smartphone Screen Blue-Light Test

A practical close-range smartphone measurement comparing illuminance, blue-light parameters and correlated color temperature.

Measured in This Setup 145 lux Blue Scale 19.11% · CCT 5,897 K
View Real Test →
Display · Optical Measurement AH-300

Computer Monitor Blue-Light Test

A real workstation measurement showing the optical readings produced by a computer monitor under the test conditions shown.

Measured in This Setup 146 lux Blue Scale 18.61% · CCT 5,422 K
View Real Test →
Optical · A/B Comparison AH-300

Do Blue-Light Glasses Block Blue Light?

A before-and-after optical comparison checks whether one pair of glasses produced a measurable reduction under this specific test setup.

Test Observation No meaningful drop Result applies only to the tested glasses and setup
View Real Test →
Lighting · Outdoor AH-300

Outdoor Illuminance & CCT Drone Test

A light sensor mounted on a small drone recorded changing outdoor illuminance and CCT while moving through the test environment.

Visible Readings 5,812–9,359 lux CCT changed from approx. 6,944 K to 6,509 K
View Real Test →
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How we present test data

A measurement is useful only when its context is clear.

AquaHorti real-world tests separate what was measured from what can reasonably be concluded from the result.

01

Show the setup

Identify the instrument, measurement position, application and relevant test conditions.

02

Report the measured data

Use actual recorded values, time-series data or repeatable multi-point measurements where available.

03

State the limitations

A practical test describes the tested setup. It should not automatically be treated as a universal specification.

AquaHorti Measurement Library

More tests will be added as new measurements are recorded.

From PAR and DLI logging to environmental monitoring, lighting distribution and wavelength-specific UV measurement, this page serves as a growing archive of AquaHorti real-world data.