Smart Energy management solutions use cutting-edge technology and sophisticated systems to maximize the clever utilization of energy, lower its wastage and the expenses on it in several contexts, such as smart factories and smart homes.
This real-time monitoring of energy and its management is possible due to the use of IoT-based sensors and communication devices that also incorporate AI and advanced analytics to derive the maximum value from an energy source.
A Smart Energy management system allows businesses to actively monitor, reduce consumption and wastage of energy, leading to great cists savings. They may also use it to spot areas where they can save energy, and put automatic measures in place to maximize energy efficiency.
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Key Features:
Applications:
Installed at individual motors to monitor the value and behavior of the drawn current. It collects all physical quantities from operational technologies at pumping station, there are several types of IoT NODES deployed at the edge which convert the physical value into a digital value.
This gateway works as a centralized element to manage all IIoT NODES deployed on the field using secure wireless communication. It has inbuilt user-configurable algorithms to take critical decisions and actions via NODES. It works as a key element managing the local as well as remote networks using Ethernet/WiFi connectivity, hence providing user configuration features for add/remove the NODES in the local network.
Key Features:
Efficient Processor: 900 MHz, Quad core ARM Cortex A7 CPU, 1 GB RAM, 16 GB on-board storage memory, 64 GB external memory support, ARM GNU/Linux Operating System, Wireless Local connectivity using 2.4 GHz ZigBee, Cloud connectivity using 802.11 b/g/n WiFi, 10/100 Base T Ethernet, Easy to install and light weight.
Applications:
Works as an intelligent intermediator between OT & IT. Manage all field NODES using a secure wireless local network, communication for data acquisition, and control action as per configuration. It takes the dataset to the Cloud/Server for further analysis and presentation. We have integrated the feature for Manual/Automated operation depends on the situation.
Our company enables businesses to optimize the use of energy in their production facilities, ensuring that the energy is well-used. We also use predictive analytics to decide if there will be any shortfall of energy in the facility in the future by also looking at market demand and another factors.
Our IoT-based solutions integrate with the smart grid and other renewable energy sources, to ensure that there is a steady flow of energy and probably even lead to cost-savings in certain seasons like summer, when sunlight is abundant. The integration with the smart grid also allows easy back of energy to a local power source from where it can be drawn when needed.
We provide automated demand response capabilities by equipping utility providers with IoT-based systems that monitor energy demdand and adjust the flow of electricity to match the demand. This is done in an automated manner, thereby reducing the risk of human error.
We do real-time energy monitoring and analytics, which udnerstands how energy is being used in the company, the current efficiency of its distribution and how energy can be saved and spent in the best possible way.
The smart meters allow real-time energy consumption monitoring, which in turn allows businesses in manufacturing and automobiles etc. to take preventive measures to reduce consumption and reach their sustainability goals.
Smart grids can integrate with renewable energy sources such as a solar panel setup, greatly increasing the use of renewable energy, rewarding the user with credit for giving back to the grid and therefore being able to deal with power disturbances where this extra energy can serve as backup being supplied directly from the energy storage system.
The smart grids also allow the utility provider to reduce the supply fo electricity when demand is low in a certain area and increase the supply when demand is high. Such demand response capabilities ensure that there is always an adequate amount of power everywhere.
Automated appliances and lighting control, especially in smart buildings, also ensure that there is very little wastage of energy and that the energy that is available is used only when needed. An example is that of lighting that glows only when a user is present in an area and remains off otherwise. Automated appliances also provide added convenience and save human energy.
The AI-driven analytics help provide usage recommendations by identifying patterns in historical usage. The AI can then provide recommendations on how to change the daily routine of an individual to conserve more energy or identify behavior that leads to energy wastage. Companies that use AI and data analytics can also increase the viability of clean energy over other sources of energy by increasing their cost competitiveness.
Manufacturing facilities utilize smart energy management systems to monitor and control energy usage in production processes, equipment, and lighting, optimizing energy efficiency and reducing operational costs.
Offices, shopping malls, hotels, and other commercial buildings implement smart energy management systems to monitor and adjust heating, ventilation, air conditioning (HVAC), lighting, and other systems based on occupancy and usage patterns, reducing energy waste and improving comfort.
Retail stores deploy smart energy management systems to monitor and control lighting, heating, cooling, and refrigeration systems, optimizing energy usage while maintaining optimal shopping environments.
Hospitals and healthcare facilities use smart energy management systems to monitor and regulate energy usage in medical equipment, lighting, HVAC systems, and other areas, ensuring efficient operations and reducing costs without compromising patient care.
Automotive companies implement smart energy management systems in vehicles, warehouses, and logistics operations to optimize fuel consumption, reduce emissions, and improve fleet efficiency.
Agricultural businesses deploy smart energy management systems to monitor and optimize energy usage in irrigation systems, greenhouses, lighting, and other agricultural processes, improving crop yields while minimizing energy costs and environmental impact.
Optimized Technologies Inc. is an end-to-end IoT solutions provider, offering comprehensive services to businesses seeking to leverage the power of connected devices. We enable organizations to seamlessly integrate IoT technology into their operations, driving efficiency and innovation. With expertise in device connectivity, data management, analytics, and application development, we deliver tailored solutions that address specific challenges. Our expertise spans across industries, and our commitment to excellence ensures that our clients receive the highest level of service and support throughout their IoT journey. Partner with us to embark on a transformative IoT journey and unlock new possibilities for your business.