sunzaun

Talos, the ancient greek ancestor of todays AI tools you can see on this drachma, used to swim around Crete three times daily. Nowadays, some authors use ChatGPT three times daily to answer their questions or even get their work done. Well, we were curious to see what the chatbot can teach us about the solar industry. We asked for a text about vertical solar and this is what showed up:

One of the primary benefits of vertical PV systems is their ability to conserve land space

“Vertical photovoltaic (PV) systems are a new and innovative way of harnessing solar energy, and they have gained popularity in recent years due to their many benefits. In a vertical PV system, solar panels are installed on the sides of buildings or structures, instead of on the roof. This allows for the use of otherwise unused vertical space and makes it possible to generate electricity in densely populated urban areas.

One of the primary benefits of vertical PV systems is their ability to conserve land space. In urban areas, where land is scarce and valuable, vertical PV systems allow for the generation of electricity without taking up valuable real estate. Additionally, vertical PV systems can be aesthetically pleasing and add to the overall appearance of a building.

Another advantage of vertical PV systems is that they can reduce the cooling load on a building. When installed on the sides of a building, they provide shade, which can lower the temperature inside the building and reduce the need for air conditioning. This can result in significant energy savings and reduced energy costs.

Vertical PV systems are also easy to install and maintain, making them a cost-effective solution for many building owners. They can be integrated into new construction or retrofitted into existing buildings, and they typically have a long lifespan, making them a good investment for the long term.

However, there are also some limitations to the use of vertical PV systems. For example, the efficiency of vertical PV systems may be lower compared to horizontal systems due to the shading effects from the building itself. Additionally, the installation of vertical PV systems can be more challenging and may require specialized equipment.

In conclusion, vertical photovoltaic systems offer a unique and sustainable solution for energy generation in urban areas. With their ability to conserve land, reduce cooling loads, and provide long-term energy savings, they are an attractive option for building owners looking to generate clean energy. However, it is important to consider the limitations and challenges associated with vertical PV systems when making a decision on whether to install them.”

This is a nice text about vertical PV on buildings, of course, but ChatGPT seems not to be aware of all the other applications that are possible with a vertical racking with bifacial modules: agrivoltaics, solarchitecture, next to freeways, railroads, gas stations, carports and so forth.  

Dear ChatGPT, You need to learn more about the latest trends in renewable energies, you need to learn more about Sunzaun! Feel free to reach out, we are happy to chat!

The sunzaun is a new product category. This vertical solar system combines the new technology of bifacial modules with the primary or secondary use as a barrier between roads, properties and or whatever else you can think of. It produces power and shows the environmental consciousness of its owner!

The sunzaun is designed  to accommodate framed and unframed bifacial panels and to manage the wires in a safe and sound way. For more details call 415 707 0305 or email us at info@sunstall.com

Dual use is the name of the game in the agricultural world.  Farmers not only want to  harness the power of the sun by growing the best crop but also use the sun to generate green power. This is one aspect of #agrivoltaics. But the #sunzaun can also be used as an erosion control element and we are just in the beginning of identifying the endless opportunities for this new solar power category.

Advantages of #sunzaun for farmers & ranchers:
+Independence from rising electricity prices
+Immediate electricity demand on site can also be met on site
Dual use of agricultural land
+Avoidance of competition for land between food and electricity production
+Wind protection belts, shading elements and hail protection through photovoltaic modules make the locations more resilient
+Longer moisture in the soil due to a significant reduction in evaporation
+New income opportunities for farmers through electricity production or leasing
+Replacement investment for standard fences

The climate crisis is an immense challenge for agriculture. Crop failures due to increased and more frequent extreme weather events, heat and lack of water are among these challenges in many regions.

As climate change progresses, it is becoming more and more difficult to maintain our basic nutritional requirements. In agriculture in particular, this means taking measures that protect agricultural plants from heat, drought and storms. In order to counteract the climate crisis, among other things, the power supply must be converted to completely renewable sources.

The appearance of our familiar landscape will change and the visibility of renewable energy technologies will increase. This requires a high level of acceptance, understanding and a willingness for the energy transition in the population. Together with innovative solutions it is possible to achieve this turnaround in harmony with the prevailing needs and in the interests of all generations.