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Description
Photovoltaic technology (PV) has a great potential for integration in public spaces and is especially suitable for urban furniture.
Solar Innova has developed a Photovoltaic Parking solution that consists of a structure where a photovoltaic solar installation guarantees on-site power generation.
The installation of photovoltaic solar panels on this car park allows multiple functions such as creating shade, protection against rain, hail and snow, as well as significant energy savings.
This design is based on a parking for several vehicles with a photovoltaic integration on the roof, inclined 7º with respect to the horizontal, with a variable orientation with respect to the azimuth, depending on the specific needs of each plot.
A sloping roof has been designed that is able to evacuate rainwater without problems and that is polyvalent in any orientation at the same time.
The structure of this photovoltaic parking has an extraordinary flexibility in the design, since it allows to customize the photovoltaic modules to be installed (opaque, transparent, colored, etc.).
This photovoltaic parking structure also offers the possibility of integrating different services, such as the charging of electric vehicles, the incorporation of lighting, or the option of including advertisements, among others.
Data
Support Structure
| CHARACTERISTICS | ||
|
Materials |
Structure |
Steel |
|
Screws |
Galvanized steel |
|
|
Finish |
Type |
Lacquered in color to choose or galvanized |
|
Warranty |
Time |
15 years |
|
Occupied area |
Dimensions |
10 x 5 m |
|
Occupied area |
Dimensions |
50 m2 |
|
Distance between corbels |
Dimensions |
5 m |
|
Parking spaces |
Quantity |
4 |
|
Height |
Minimum |
2.10 m |
|
Maximum |
2.70 m |
|
|
Inclination |
Angle |
7º |
|
Maximum load |
Wind |
105 km/h |
|
Photovoltaic Modules |
Orientation |
Vertical |
|
Matrix |
6 x 5 = 30 units |
|
|
Power |
Total |
280 Wp x 30 units = 8,400 Wp |
Photovoltaic Module
Electrical Characteristics STC
|
Maximum Power (Pmpp) |
Wp |
280 |
|
Tolerance |
Wp |
0 ~ + 5 |
|
Voltage at maximum power (Vmpp) |
Volts |
32,20 |
|
Current at maximum power (Impp) |
Amperes |
8.70 |
|
Tensión de circuito abierto (Voc) |
Volts |
38,20 |
|
Short circuit current (Isc) |
Amperes |
9.51 |
|
Maximum system voltage (Vsyst) |
Volts |
600 (UL) / 1,500 (IEC) |
|
Diodes (By-pass) |
Quantity |
6 |
|
Maximum series fuse |
Amperes |
15 |
|
Efficiency (ηm) |
% |
17.20 |
|
Form Factor |
% |
≥ 73 |
STC:
Irradiance: 1.000 W/m2 + 
Module temperature: 25º C + 
Air quality: 1,5
Normative
| NORMATIVE | |
|
Rolled steel and reinforced |
CTE-DB-SE-A |
ISO 1461:1999 |
|
|
Foundation |
EHE 98-CTE |
Wind |
CTE-DB-SE-A |
|
Snow |
CTE-DB-SE-A |
|
Earthquake |
NCSE-02 |
|
Eurocode 1 |
Norm UNE-ENV 1991-2-4:1998. Project bases and actions in structures. Part 2-4: Actions in structures. Wind actions. |
|
Basic building rule |
Steel structures in buildings (NBE/EA-95) |
|
Actions in the building (NBE/AE-88) |
|
|
Technological Regulation of the building |
Structures. Wind loads (NTE ECV) |
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Installations
Certificates
Our manufacturing plants have been prepared in accordance with:
ISO 9001, in terms of Quality Management Systems.
ISO 14001, in terms of Environmental Management System.
ISO 45001, in terms of Occupational Health and Safety Management Systems.
We have a quality control divided into three elements:
Regular inspections allow us to guarantee the quality of the raw material.
Quality control in the process of our manufacturing procedures.
Quality control of finished products, we conduct through inspections and tests of reliability and performance.
