In today's data-driven and Internet-based world, you will often encounter terms such as "data collection" and "data loggers". Not everyone, however, is always clear about their exact meaning. Most people define data collection as the electronic gathering of environmental information, for example, temperature, relative humidity or energy consumption. Although they are correct, these are but a few of the applications where data loggers can be deployed.
What kind of data logger is useful in what area, and why it makes sense to use them, is the topic of the guide below. It will also introduce you to the world of electronic data loggers and data acquisition.
Additionally, you will find examples and helpful information on how to interpret the loggers’ data, making you realize that electronic data loggers should become part of your standard toolkit.
All HOBO Applications
Air Quality Monitoring
For the most part, humans spend their private and professional lives indoors. This puts great importance on the air quality of the rooms, as it has a direct impact on our health. Gap-free monitoring with data loggers assists in finding solutions and ways to improve air quality.
HVAC/R Systems Monitoring
HVAC/R systems control heating, ventilation, air conditioning and refrigeration. By monitoring these facilities, better performance can be achieved, improving air quality and thermal well-being. These monitoring systems provide feedback and insights that can be used to initiate improvements.
Energy audits are conducted on a regular basis and are mandatory for large companies. They serve to identify where a business consumes significant amounts of energy and the potential for savings. The audits assist in increasing energy efficiency and in achieving reduced energy costs.
Hydrology/ Coastal Ecology
Hydrology is the science of water, as well as its properties and appearance. To get information on the ever-changing environmental conditions, water level and flow data from water bodies, groundwater systems and other water resources are examined.
Water Quality Monitoring
In water quality, a distinction is made between water body quality, which describes the quality of the water in its natural environment, and the quality for certain uses, such as drinking water. To protect ecosystems, water quality and water level are monitored to make decisions regarding water management and water conservation.
In order to advance agricultural knowledge, particular know-how is required along with specific data, so methods in the agricultural sector can be improved, resulting in increased quality. Accurate and reliable information is used to reduce irrigation costs, increase yields and ensure better utilization of land.
The purpose of environmental research is to protect the natural environment. It investigates external conditions and the environmental impact for which humans are accountable. Environmental research correlates facts with each other, creating the basis for action to protect and preserve the environment.