Innovative Sustainable Energy Project
3D Visualisation
3D Visualisation
CLIENT
An innovative Swedish sustainable energy startup producing mobile energy stations (ecobarges) that include a floating solar plant, energy storage, and water treatment barges. These mobile energy stations provide sustainable energy and drinking water to areas lacking adequate energy supply infrastructure and renewable energy solutions.
INDUSTRY
renewable energy, water treatment, cleantech, civil engineerin
An innovative Swedish sustainable energy startup producing mobile energy stations (ecobarges) that include a floating solar plant, energy storage, and water treatment barges. These mobile energy stations provide sustainable energy and drinking water to areas lacking adequate energy supply infrastructure and renewable energy solutions.
INDUSTRY
renewable energy, water treatment, cleantech, civil engineerin
CLIENT'S GOAL Impress prospective investors with the innovative sustainable energy project, showcase its features in the best light, and prove its reliability and profitability. CLIENT'S CHALLENGE The project doesn't physically exist - it's hard to convince investors with words and promises only. OUR SOLUTION High-quality photorealistic technically accurate 3d visualisation of the floating energy station in its future surroundings. PROJECT DURATION 10 days |
HOW 3D VISUALISATION HELPED:
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The technology behind 3D visualisation makes it possible to show the to-be floating solar plant from different angles and in a real environment.
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A high-quality photorealistic 3D visualisation of a future project sets clear expectations from the project and makes sure everyone is on the same page. Thus, it gives the investor a clear picture of what they're getting themselves into before signing a contract.
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Helping to spot potential flaws and risks and make changes seamlessly during the process of product development, a photorealistic 3D visualisation increases investor satisfaction greatly.
PROCESS
As the project featured renewable energy engineering, we decided to involve our experts in this industry. After we tuned in to our client's needs, we rolled up our sleeves and got down to work.
First, we studied the technical specifications and did all the necessary research. Before getting down to the 3D visualisation, we implemented a couple of engineering solutions that made the 3D visualisation of the floating solar plant technically accurate. Here are some of them:
As the project featured renewable energy engineering, we decided to involve our experts in this industry. After we tuned in to our client's needs, we rolled up our sleeves and got down to work.
First, we studied the technical specifications and did all the necessary research. Before getting down to the 3D visualisation, we implemented a couple of engineering solutions that made the 3D visualisation of the floating solar plant technically accurate. Here are some of them:
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Based on the future solar plant location, we calculated the optimum tilt angle at which the solar panels should be installed for maximizing the energy.
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In addition, we calculated the inter-row spacing to avoid potential shading issues.
Using the plant's potential location, we simulated its surroundings in great detail, so that the prospective investor could see how the floating solar plant would look like embedded in the local landscape.
WHAT OUR CLIENT SAYS:
"We got to say we are totally dazzled by Novovision's technical expertise and attention to detail. We really appreciated that they had gone the extra mile and calculated the tilt angle and inter-row distance of the solar panels, just to illustrate them correctly. They also recreated the plant's future environment so realistically just using the geographical coordinates of the future plant location. Not to mention the stunning 3D visualisation. What can we say? When they promise high quality, they really mean it. Good job!"
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