Module information
Energy Predictions
The Energy Prediction module in LetsGrow empowers greenhouse operators to forecast hourly energy demand for the coming days. Forecasts are available for 1, 2, 3, and 7 days ahead, enabling smarter decisions around energy purchasing, storage, and ...
Gerbera registration manual
After purchasing the Gerbera registration module, it must be configured. Once this is done, the module will operate automatically. There are two independent components that need to be configured: Linking data from the climate computer Entering ...
Strawberry: cold hours and growing degree hours
The Strawberry Cold Hours and Growing Degree Hours calculation in LetsGrow.com helps monitor cold hours and growing degree hours in strawberry cultivation. What are cold hours? Cold hours are the number of hours during which the temperature is below ...
Rose production plus
This module records the production of your rose crop and calculates important key figures for the entire crop. You can select which lengths you want to register. The new lengths are immediately included in all calculations. - Go to Manage module - ...
DLV QMS Rose
Using the DLV QMS Rose calculation, you can calculate your crop's fresh production and your evaporation. You can set up the DLV QMS Rose module yourself depending on your crop. 1. Crop type rose: 0=cool, 1=warm 2. Reference temp minimum - °C: lowest ...
Importing Target Values
Importing target values for a growing season allows growers and advisors to easily load predefined goals into LetsGrow.com. These target values — such as crop characteristics — serve as a basis for monitoring both climate and crop performance ...
GPE stomata conductivity
For the calculation of the stomata conductivity, crop-specific parameters are needed. Below are the parameter values for some crops. Crop Crop light interception - % Crop convection factor Leaf conduction at night - kg/kPa.m².s LAI fully developed ...
Decision Support RTR
1 Improve the growing conditions for your crop Through the weather forecast in combination with manual input and some preset parameters, you get insight into the growth conditions of your crop. This support tool takes your plant iinto account when ...
Climate decision support
1. Respond proactively to the weather forecast The weather forecast is becoming more and more accurate and is therefore becoming an increasingly important factor in your short-term climate strategy. But how do you respond well to the expected ...
Plantbalance (RTR)
Introduction Optimal growth can be achieved, among other influences, by creating the right temperature - light balance on a daily basis. Depending on the climate zone and region, the relationship between the average temperature and PAR sum or light ...
PAR Plant calculated
1 Introduction PAR stands for Photosynthetic Active Radiation. This is radiation with a wavelength between 400 to 700 nanometers. Plants are provided with specialized receptor pigments that are able to receive the energy of PAR light and use it for ...
Climate monitor settings
1. Keep a close eye on your greenhouse climate A better greenhouse climate leads to higher crop yields. With the Climate Monitor, you know exactly if the main growth factors are in balance. In the climate monitor, you define your own light levels ...
Manual GPE Stomata Conductivity
GPE Stomata Conductivity 1 Introduction The stomata manage important plant processes: evaporation and CO2 absorption. The opening (or closing) of the stomata determines the CO2 absorption and the evaporation of the plant. The evaporation process is ...