Power grids, especially those connected to unstable sources of energy generation from renewable sources, mainly photovoltaic and wind farms, require very precise stabilization. It is not only a matter of balancing surpluses or shortages of energy mass, but above all the matter of stabilizing the network, both internal, i.e. on the side of the energy producer or recipient, and external, i.e. on the side of the energy distribution operator. This requires very extensive and precise electronic solutions dedicated to energy systems. Our company deals with precisely such hybrid systems.
The Value-Added Services for power grids have also been extended to include financial services, hence the name of our Group is VASCO (Value-Added Services CAPEX Operator). The correct distribution of electricity in grids where RES systems operate requires very in-depth and precise knowledge, as it is necessary to deal with such problems as balancing electricity generation and demand, improving the quality of electricity, ensuring the continuity of renewable resources, protecting the grid from overload and providing auxiliary services such as frequency and voltage regulation. In these services, we are supported by the most modern hybrid energy storage technologies with a response time of 0.02 seconds, i.e. in a 1 Hz cycle. Classic solutions are able to respond to changes in network parameters in over 5 seconds, which very often leads to serious failures, called BLACKOUTs. We cooperate with the most modern renewable energy research laboratories such as CB KEZO IMP PAN.
The challenge of a safe and stable power grid, which has different technical parameters practically every second, both on the side of generation, distribution and consumption, is extremely complex. Current systems require very precise and stable automation systems that can respond to changes in the network usually in about one second.
We provide solutions that do it 50 times faster! in a 0,02 seconds
The use of such solutions requires very precise, systematic and directional work in many areas, from in-depth analysis and measurements of the network, both on the side of generation, but also on the side of energy transmission and, very importantly, on the side of energy recipients connected to the same branch of the power grid. Not only changes on the side of our client, but also on the side of other network users, have a large impact on what is happening in the area of our client’s power grid. This is the entire PROCESS of many activities and analyses, which only after their execution can provide an answer to the question of how to optimally stabilize the energy system.
This is a very important stage of the process, requiring precise and extensive research and analysis, because they determine the technology used, the response times, the power mass and other very important future settings.
The completion of the first stage of work allows for the start of design and programming of the automation system. This covers all aspects occurring in power networks, ensuring safety and stability for energy recipients.
Implementation of the solution is one of the last stages of the energy network stabilization work, which ends with connection to the operator's network. We conduct constant monitoring of the system operation with dynamic correction, in which we are supported by AI.
