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Our Advanced Energy Management System

Schematic showing interconnection between homes, blockchain energy market, and electrical infrastructure

Semitechnic is developing an advanced energy management system designed to operate on scales ranging from individual homes to neighborhoods, cities, and even distributed locations. Our goal is to implement a peer-to-peer interconnection among energy consumers. With this technology, customers transition from being passive end-users to active participants who can produce energy, sell excess energy, and engage in a tokenized market. Imagine a decentralized marketplace where homes can sell excess energy to neighbors, or where consumers can buy clean energy directly from local producers, all tracked securely on a blockchain. 

Advanced Resilient Network Intelligent Controller Smart energy monitoring and control device

Back of ARNIC hardware with various ports
Front of ARNIC hardware with various ports

The Advanced Resilient Network Intelligent Controller (ARNIC) is a device that seamlessly integrates into your home or business. Once installed, ARNIC serves as a central hub for real-time energy data collection, monitoring the consumption of appliances and devices. This allows for detailed tracking of energy usage, helping you understand how and where energy is being used within your space.

ARNIC also has the capability to control appliances based on predefined settings, real-time energy prices, and peak demand times, ensuring efficient energy consumption. Additionally, ARNIC can connect with renewable energy sources like solar panels, enabling it to manage energy input from these sources and maximize their contribution to your overall energy system.

One of ARNIC’s key features is its ability to work within a decentralized energy market. ARNIC enables participation in a peer-to-peer energy market, helping you earn revenue from excess energy by selling directly to other users. It also continuously gathers data, feeding into the system’s analysis platform, FARDAD, to provide effective trading advice. 

Fully Automated Real-Time Data Analysis Dashboard Real-time energy data analysis and optimization dashboard

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Fully Automated Real-Time Data Analysis Dashboard  (FARDAD) is a powerful platform that provides real-time insights into your energy consumption and trading. Integrated with ARNIC, FARDAD continuously analyzes data from your appliances, devices, and renewable energy sources like solar panels, turning complex data into easy-to-understand visualizations. It helps you track energy use, analyze historical trends, and receive personalized recommendations to optimize efficiency and reduce waste.

One of FARDAD’s standout features is its ability to trade energy on your behalf in a decentralized energy market. If you have surplus energy, FARDAD can automatically manage selling it to other users, allowing you to earn revenue without manual intervention. The system makes trading hands-free, so once you set your preferences, FARDAD will handle transactions in the background. Whether you want to actively manage your energy or let the platform work autonomously, FARDAD gives you the flexibility to participate in energy trading while maintaining full control over your consumption.

With its user-friendly interface and automated trading capabilities, FARDAD empowers you to manage, optimize, and even profit from your energy usage with minimal effort.

Blockchain-Based Energy Market Decentralized platform for energy token trading

Sellers and buyers using smart contracts for energy transactions

 

The Blockchain-Based Energy Market is a decentralized platform that facilitates peer-to-peer energy trading, allowing users to buy and sell energy directly with one another using secure token transactions. This innovative marketplace empowers individuals and businesses to participate actively in the energy economy, turning energy producers into traders. By utilizing blockchain technology, the platform ensures transparency, security, and efficiency in all transactions. Users can maximize the value of their renewable energy sources, such as solar panels, by selling excess energy when demand is high, ultimately fostering a more sustainable and resilient energy ecosystem. This system not only enhances energy independence but also promotes community engagement and collaboration in energy management.