Ecosystem of solutions to optimise the office and field work of engineering and EPC companies that design and execute photovoltaic plants.
Solar Energy
- Topographic surveys with GNSS
- LIDAR point cloud processing
- Inventories of facilities and infrastructure
- Rethinking of piles
- Analysis of North-South and East-West slopes
- Digital model of the natural terrain and final design
- Configurable profile drawing
- Division of the project into areas with different conditions
- Automatic distribution or conversion of the layout of other applications
- Expandable follower catalog
- Advanced terrain modeling tools
- Automatic calculation of axes and profiles
- Tools for the detection and resolution of non-compliance
- Calculation and drawing of cuts and embankments
- Reports on zones, followers, supports, pending, volumes, etc.
- 3D model of the plant and realistic representation on the ground
- Export to IFC for OpenBIM
- Esplanades
- Access roads
- Drainage works
Field work
3D terrain analysis
Personalized and assisted design
Calculation and optimization
Results
Complementary works
We can help you
If you have any specific questions about your needs, or if you already have it clear and want to buy the application, do not hesitate. Contact us and we will be happy to assist you.
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TcpMDT Photovoltaic
CAD application for minimization of earthworks, quantity take-off and setting out of solar trackers
Success Stories
Construction of the Solara 4 Photovoltaic Plant
Vaqueiros (Portugal)
The Solara 4 plant, located in the town of Vaqueiros (Alcoutim) in the Faro district (Portugal) is the largest facility in Europe of this type built without public aid. It is made up of 661,500 high-efficiency photovoltaic modules, with an installed power of 220 MWp and an estimated production of 380,000,000 kWh / year, enough to generate renewable energy to supply more than 100,000 homes.
Assembly of Solar Modules
Billeberga (Sweden)
The project consisted of the assembly of solar modules for the photovoltaic plant in Billeberga, Sweden. 1,800 points were staked out to locate the double pilings or drives of the fixed metal structures. The difference between the front and rear pilings had to be 45º, so that the panels had the same inclination, and always oriented towards the south, in order to achieve the best light capture.
European Regional Development Fund.
APLITOP S.L. has been a beneficiary of the European Regional Development Fund whose objective is to improve the use and quality of information and communication technologies and access to them and thanks to which it has optimized our commercial processes for the improvement of competitiveness and productivity of the company 2022. For this, it has had the support of the INNOCAMARA PROGRAM of the Chamber of Commerce of Malaga. "A way of making Europe".
