Terraforming Market
Energy saving

Sustainable development technologies for control and monitoring of energy consumption, optimization of production and reduction of electricity supply costs

Network of exchange and sale of solar and wind energy sources
Connect traditional and renewable energy sources and will manage consumption, energy generation and costs
Device for diagnostics of overhead power lines
Reduces the costs of thermal and electric power networks
Reduces energy consumption of industrial enterprises, buildings and structures by up to 30%
Adjust to external conditions
Removes and transmits the parameters of the overhead power line
Experts in the field of control and monitoring of energy consumption, optimization of production and reduction of electricity supply costs
  • Dr. Massimo Ercolini
    Professor of Electrical Engineering at the Polytechnic University of Milan. He is an expert in the field of power systems and energy management.
  • Dr. David Flynn
    Professor of Electrical Engineering at University College Dublin. He is an expert in the field of energy systems and energy economics.
  • Dr. Andreas Getzberger
    Professor of Electrical Engineering at the Swiss Higher Technical School of Zurich. He is an expert in power electronics and renewable energy.
  • Dr. Massimo Manduci
    Professor of Electrical Engineering at the Polytechnic University of Turin. He is an expert in the field of power systems and management.
  • Dr. Francesco Paolo Romano
    Professor of Electrical Engineering at Sapienza University of Rome. He is an expert in the field of energy systems and renewable energy sources.
  • International Energy Agency (IEA)
    It is an intergovernmental organization working to ensure energy security and efficiency. The IEA provides information and resources on energy technologies and policies to its member countries.
  • U.S. Department of Energy (DOE)
    a federal agency dedicated to promoting energy efficiency and renewable energy sources. The Ministry of Energy provides funding for research and development in the field of energy technology and policy.
The modern world is rapidly evolving towards a sustainable energy future. New technologies for energy consumption monitoring and control, production optimization, and cost reduction in energy delivery play a crucial role in achieving these goals. In this article, we will discuss several key technologies that contribute to improving energy efficiency and ensuring a more sustainable energy system.

Energy trading platform: With the development of renewable energy sources, efficient management of energy resources becomes increasingly important. Energy trading platforms provide opportunities for exchanging and selling energy generated from solar and wind sources. They facilitate the efficient distribution and utilization of renewable energy, reducing dependence on traditional sources and improving economic efficiency.

Intelligent energy management center: Intelligent energy management centers are based on advanced data collection and analysis technologies. They enable real-time monitoring and control of energy consumption, optimize energy processes, and make informed decisions. These centers are integrated platforms that combine various management systems, sensors, and algorithms to ensure efficient use of energy resources.

Airline power line diagnostics device: Regular inspection and diagnostics of power transmission lines are necessary for ensuring reliability and safety of electricity transmission. Modern devices for diagnosing power transmission lines allow for precise and reliable checks of line conditions. Equipped with advanced sensors and technologies, they can detect defects, wear, and other issues at early stages. This enables prompt response to potential threats and prevents possible disruptions in power grids.

Artificial intelligence for thermal energy networks: The use of artificial intelligence (AI) in managing thermal energy networks significantly enhances their efficiency. AI systems can analyze data on heat consumption, forecast peak loads, and optimize the distribution of thermal energy. This helps reduce costs of heat production and delivery, improve residents' comfort, and minimize the negative environmental impact.

Energy resource management system: Energy resource management systems are comprehensive platforms that integrate various aspects of energy management. They include monitoring, forecasting, analysis, and optimization functions for energy resource consumption. Energy resource management systems enable organizations and households to use energy more efficiently, reduce expenses, and mitigate negative environmental impact.

Smart power transmission line: Smart power transmission lines are equipped with advanced technologies that ensure more reliable and efficient distribution of electrical energy. They include sensors, controllers, and monitoring systems that can detect and rectify faults and overloads in real time. Smart power transmission lines also facilitate the integration of renewable energy sources and efficient utilization of electrical energy. They allow for monitoring and management of the energy system, load optimization, and regulation of power flow according to the needs. Smart power transmission lines contribute to energy loss reduction, improve network reliability, and enhance its resilience to unforeseen circumstances.

New technologies for energy consumption monitoring and control play a vital role in ensuring the sustainable development of the energy sector. They enable energy optimization, utilization of renewable energy sources, and cost reduction in electricity delivery. Energy trading platforms, intelligent energy management centers, devices for power transmission line diagnostics, artificial intelligence, energy resource management systems, and smart power transmission lines—all these technologies contribute to the efficient use of energy and facilitate the creation of a more sustainable and environmentally friendly energy system of the future.
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