Forsyth Foundation

The Forsyth Foundation works in the field of intelligent energy management based on the technology of the Internet of Things in power (Internet of Things in the Electric Power Industry) or the "Internet of Energy" (Technologies of the Internet of Things in power).

The company develops and implements technologies that allow consumers, from gas station networks to large chemical plants, to control and manage the "microenergy" of the enterprise, reduce energy costs, receive an additional reserve of power for development, manage reliability and quality of energy using technologies of demand management, energy storage and microgeneration.

Under the management of the artificial intelligence system created by the Forsyth Foundation called Droid-Energy Manager, there are hundreds of different objects with a total capacity of more than 100 MW, the resulting economic effect for consumers exceeds 1 billion rubles.

Solutions for developers and operators of commercial and residential real estate based on "Internet of Energy" technologies (Internet of Things technologies in power).

Solutions:

• Reduction of capital expenditures during construction and reconstruction of real estate facilities;
• Reduction of the required electric power during process connection and construction of on-site infrastructure (up to 2-4 times compared to the initial design solutions);
• Reduction in the capacity and cost of cold supply systems (up to 2-2.5 times compared to the initial design solutions);
• Reduction of heat supply capacity and cost;
• Reducing the need for gas and gas infrastructure;
• Reduction of energy resources and power equipment operation costs;
• Reducing energy consumption;
• Capacity market savings through load management
• Reduction of equipment maintenance costs, accident rate reduction;
• Personnel unloading;
• Digital platform for the management company;
• Simplification and increased transparency of settlements with tenants;
• Possibility of provision of additional services by energy management tenants;
• Reduced operating costs and improved service quality;
• Additional system functions;
• Control over the level of comfort of visitors, increasing the level of comfort;
• Improving reliability and quality of energy, reducing losses from power outages;
• Increasing the capacity reserve for the development of existing facilities, speeding up the reconstruction and expansion process;
• Compliance with the best global environmental standards, the possibility of obtaining the highest assessment according to the BREEAM and LEED criteria;
• Positioning of objects for customers as environmentally friendly innovative;
• Control, observability and transparency for the management and owner of energy costs, and in general the work of the enterprise.