Trees have always been an essential source of energy. We harvest them in great numbers for fuel to cook with and to heat our homes, but it’s not environmentally responsible in a world where there is a growing need for clean energy. Harvesting trees has directly led to an increase in the concentration of carbon dioxide, which is also known as a greenhouse gas. The increase in the concentration of carbon dioxide is responsible for global warming and the climate change that we are witnessing worldwide. However, With the production of artificially electricity harvesting trees that have the potential to be infinitely replicated, we can now produce energy not by wiping out whole forests but rather by adding trees.
These 3d printed solar energy trees are artificial trees for harvesting solar energy. The 3D-printed stems and leaves are organic solar cells. The leaves have individual micro converters capable of converting energy from factors such as sunlight, wind, and temperature. Since sunlight is a significant factor from which these leaves generate electricity, they are also known as solar panels. The number of leaves determines the amount of energy harvested. The trunks of the 3D-printed solar energy trees are wooden-based biocomposites. The 3D printed solar energy trees are designed by using the spiraling phyllotaxy technique
The 3d printed solar trees can be installed both indoors and outdoors. Conventional solar panels required a relatively large area to convert sunlight into electricity. In the case of solar trees, it is the opposite, and they need significantly less area. The demand for solar trees is increasing due to their functionality in small spaces and the aesthetic value they add to the place. The typical life span of 3d solar printed trees is between 2-3 years which is expected to go up as the technology matures. Since they are 3d printed, all the raw materials required for producing these solar trees are recyclable. These factors strongly contribute to the increasing demand and market of 3d printed solar trees. The number of 3d printed solar trees depends on the amount of energy required. As with any emerging technology, the energy produced from these solar trees is expensive, and they need significant initial capital. However, with the advancements in solar technology and the commercialization of 3d printers, the cost of energy produced from these solar trees is expected to go down.
In terms of region, 3D printed solar energy trees can be segmented into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa.
The European Union has implemented strict regulations on transportation electrification and is taking necessary steps to reduce greenhouse emissions. This has resulted in Europe dominating the 3D printed solar energy trees market. Countries such as India and China have witnessed expansion in their renewable energy sectors, which has led to a rise in demand for solar-generated energy, thus fueling the growth of the 3D printed solar energy trees market.
The 3d printed solar energy trees might not bear fruit or exhibit the brilliance of falling apples. However, it does have the potential to quench the growing need for electricity without harming the environment in any way.
About the Company:
PBOX ( Powerband Green Energy Ltd.),founded in 2006, is an innovative all in one solar lighting company dedicated to finding inspiring ways to illuminate our world. With experience from over 3,000 solar street lighting projects and a deep understanding of how solar lighting can make people's lives simpler and easier, enable us to deliver best solution that increasing business value for our customers.
To learn more visit www.pboxlighting.com send your inquiry to This email address is being protected from spambots. You need JavaScript enabled to view it.
Contact
Powerband Green Energy Ltd.
No.15 Pingbei 2nd Road, Nanping Industrial Park, Zhuhai, China - 51906
TEL: +86-756-8680199
