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Agrivoltaics: The Future of Sustainable Farming and Energy Production!
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Agrivoltaics: The Future of Sustainable Farming and Energy Production!
"Ever wondered if there's a clash between the need for energy and our food production? Well, it's a very real issue. The lands we've traditionally set aside for farming are becoming increasingly attractive for renewable energy production - says Marko Hernaiz, Lighthief's CEO. You see, our world is hungry, not just for food, but also for energy. And not just any energy, but renewable energy, with solar power being a key player in the game. Now, here's the thing. One might think that solar parks would be best suited in dry and sunny environments, such as in a desert, but that's not the case - adds Mr Hernaiz, CEO of Lighthief. Solar cells actually perform better with some humidity, and typical agricultural areas are prime real estate. However, these are areas that are already under significant pressure, creating a conflict of interest between the production of food and the production of energy. But what if we could have our cake and eat it too? What if we could combine agriculture with solar panels in the same area? It's not a new idea. This concept is called agrivoltaics, and it's been discussed for decades. But it’s only in recent years that it has become highly relevant to develop projects on a larger scale. In an agrivoltaic system, the primary use of the land should always be agriculture, while energy production is integrated into the farming practice. Now, the dual use might reduce both agricultural production and energy production compared to using the land solely for one or the other. However, if the agricultural production is at least seventy percent of what it was before the solar panels were installed, and if the solar installation also produces seventy percent of what it would have in a standard solar power plant, then the area is effectively being 140 percent utilized compared to either agricultural or solar power alone. This win-win situation could be good news for farmers who rent out their land for power generation. In addition to the return from agriculture, they would also receive income from power generation, potentially stabilizing and increasing their income flow. So, does this idea sound new to you? Well, it's not. Let's dive into its history."
Contact
+48 797 897 895
#solar #business #investing
Lighthief Sp. z o.o.
Ul. Św. Kazimierza 2B
42-202 Częstochowa, Poland
+48 797 897 895
00:00:00 - The Conflict between Food and Energy Production
00:02:25 - Unveiling Agrivoltaics
00:04:42 - Key Points about Agrivoltaics
00:06:55 - The Complexity of Agrivoltaics
00:09:10 - Practicality of Agrivoltaics
"Ever wondered if there's a clash between the need for energy and our food production? Well, it's a very real issue. The lands we've traditionally set aside for farming are becoming increasingly attractive for renewable energy production - says Marko Hernaiz, Lighthief's CEO. You see, our world is hungry, not just for food, but also for energy. And not just any energy, but renewable energy, with solar power being a key player in the game. Now, here's the thing. One might think that solar parks would be best suited in dry and sunny environments, such as in a desert, but that's not the case - adds Mr Hernaiz, CEO of Lighthief. Solar cells actually perform better with some humidity, and typical agricultural areas are prime real estate. However, these are areas that are already under significant pressure, creating a conflict of interest between the production of food and the production of energy. But what if we could have our cake and eat it too? What if we could combine agriculture with solar panels in the same area? It's not a new idea. This concept is called agrivoltaics, and it's been discussed for decades. But it’s only in recent years that it has become highly relevant to develop projects on a larger scale. In an agrivoltaic system, the primary use of the land should always be agriculture, while energy production is integrated into the farming practice. Now, the dual use might reduce both agricultural production and energy production compared to using the land solely for one or the other. However, if the agricultural production is at least seventy percent of what it was before the solar panels were installed, and if the solar installation also produces seventy percent of what it would have in a standard solar power plant, then the area is effectively being 140 percent utilized compared to either agricultural or solar power alone. This win-win situation could be good news for farmers who rent out their land for power generation. In addition to the return from agriculture, they would also receive income from power generation, potentially stabilizing and increasing their income flow. So, does this idea sound new to you? Well, it's not. Let's dive into its history."
Contact
+48 797 897 895
#solar #business #investing
Lighthief Sp. z o.o.
Ul. Św. Kazimierza 2B
42-202 Częstochowa, Poland
+48 797 897 895
00:00:00 - The Conflict between Food and Energy Production
00:02:25 - Unveiling Agrivoltaics
00:04:42 - Key Points about Agrivoltaics
00:06:55 - The Complexity of Agrivoltaics
00:09:10 - Practicality of Agrivoltaics
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