IoT solutions to monitor consumption, detect inefficiencies, automate equipment and optimize energy management in urban, industrial, agricultural and critical environments.
Energy management allows us to know how, when and where energy is consumed in order to detect inefficiencies, reduce costs and improve the performance of buildings, industries and urban infrastructure.
At OdinS, we develop IoT solutions for real-time energy monitoring and management , integrating network analyzers, data loggers, sensors, and remote management platforms. All information is centralized in a single environment to facilitate energy consumption analysis and data-driven decision-making.
An effective energy management strategy begins with accurate measurement of consumption.
Our technology allows us to collect data from electrical panels, lines, equipment, and complete systems to understand the energy performance of each installation. This information makes it possible to identify unnecessary consumption, power peaks, deviations, and opportunities for savings.
Each sector has different consumption patterns, operational needs, and savings opportunities. Our energy management solutions are tailored to buildings, industrial environments, and smart cities to monitor consumption, detect inefficiencies, and optimize resource use in real time.
In office or residential buildings, the IoT energy management solution helps to centrally manage the consumption of lighting, air conditioning and other systems, allowing for efficient use adapted to the occupancy of each space.
In industrial environments, IoT monitoring allows real-time adjustment of the consumption of large equipment and machinery based on production, avoiding demand peaks and additional costs.
At the urban level, IoT facilitates the management of public lighting, regulating the intensity of light according to the time of day or the presence of people, and ensuring efficient lighting with reduced consumption.
This solution can be applied to monitoring the consumption and/or generation of electrical energy; that is, if renewable energy of any kind is being generated, it also allows you to know that data in real time.
In both cases, electrical power monitoring allows for real-time system performance monitoring, identification of areas for improvement, and prevention of electrical problems.
Power meters are devices that measure energy consumption in real time, recording key data such as:
It is the total power that flows in the circuit, combining the active energy and that which is not converted into useful work (reactive). It is measured in kVAh.
This is the energy actually consumed by devices to perform useful work (lighting, heating, moving motors, etc.). This is what companies charge and is measured in kWh.
It is the reactive energy generated by inductive loads, such as motors or transformers. It affects the efficiency of the electrical system, since it does not produce useful work and is measured in kvarLh (kilovolt-ampere reactive hours).
It is the reactive energy generated by capacitive loads, such as capacitors, long cables or capacitor banks. It is used to compensate for inductive reactive energy and improve the power factor. It is measured in kvarCh (kilovolt-ampere reactive hours).
Monitoring electricity consumption is important for the expense control , the reduction of environmental impact , the improvement of the electrical safety and informed decision-making in the management of electrical energy.
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