Project Presentations, Presentations, 3D Visualisations, Architecture, 3D Animations
The scale, location and operation of the Młoty power plant in an accessible 3D animation.
Modele terenu opracowaliśmy w oparciu o precyzyjne dane topograficzne 3D, które zostały zmodyfikowane na potrzeby planowanej infrastruktury hydrotechnicznej. Pozwoliło to realistycznie odwzorować ukształtowanie terenu, relacje przestrzenne oraz sposób, w jaki inwestycja wpisuje się w istniejący krajobraz regionu Młotów.
W animacji przedstawiliśmy zasadę działania elektrowni szczytowo-pompowej jako magazynu energii, obejmującą zbiornik górny i dolny oraz procesy zachodzące pomiędzy nimi. Materiał w przystępny sposób wyjaśnia mechanizm pozyskiwania, magazynowania oraz ponownego wykorzystania energii elektrycznej w momentach zwiększonego zapotrzebowania.
By delivering the 3D animation, the client received a versatile and flexible communication tool that enables a clear presentation of a complex energy investment to various target audiences. The animation allows the scale of the project, its location, and its operating principles to be explained in a short time, without the need for extensive technical documentation.
The 3D material streamlined the decision-making process at the conceptual stage, supporting presentations for management boards, public institutions, and project partners. Realistic representation of the terrain and infrastructure reduced the risk of misinterpretation and increased the transparency of investment communication.
An additional benefit was the creation of a visually consistent form of communication that can be used across multiple channels — from strategic presentations and websites to informational, educational, and community-focused communication activities.
The animation presents the Młoty Pumped Storage Power Plant — a PGE investment combining an energy storage function with hydrotechnical infrastructure. The material shows the scale, location, and operating principle of the facility within the national energy system.
The animation presents the plant as an energy storage system made up of an upper and a lower reservoir. During periods of low demand, water is pumped up to the upper reservoir, and during periods of increased demand, it is released back down, driving turbines and generating electricity.
We developed the terrain models based on precise 3D topographic data, modified to reflect the planned hydrotechnical infrastructure. This allowed the animation to realistically show how the investment fits into the actual landscape of the Młoty region.
The animation was created at the concept and design stage, before full execution documentation existed — based on concept materials and topographic data. This made it possible to support the decision-making process before the project reached its final form.
The material supports presentations for the board and public institutions, public consultations with the local community, and communication about the investment across informational and educational channels — serving as a consistent, versatile format for presenting a major energy investment.
A realistic representation of the terrain and infrastructure lets residents see exactly how the investment fits into the existing landscape, which reduces misunderstandings and increases transparency in the investment process.
The price depends on the scale of terrain to be modeled, the complexity of the infrastructure, and the number of shots or presentation variants. We publish a detailed price list and calculation examples in the article How Much Does 3D Visualization and Animation Cost?