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Inspired by Sunflower, Solar Energy ‘Flower’ Device with 12 solar power panel Petals Harvests Clean Energy

The solar panel unit is designed by drawing inspiration from the structure of a sunflower

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Solar power panel
The Smartflower System. VOA
  • Built with the aesthetic structure inspired by a sunflower, the stunning device is engineered with 12 solar power panel petals
  • Each of the power unit of the solar panel is easily commutable
  • The very first ‘Smartflower’ system was set up at a school, in order to show people the necessity of using clean energy

Washington, August 15, 2017: It is not a piece of modern art even though it looks so, but in the land of Philippines this magnificent piece of device is actually an award-winning piece of the solar power device. It is designed by drawing inspiration from the structure of a sunflower. Built with the aesthetic structure inspired by a sunflower, the stunning device is engineered with 12 solar power panel petals of which, each is built with an area 59 square meter. The device attracts the energy of the sun, soaking the solar power from the light-rays as the power petals oscillate during the day.

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The president of the ‘Smartflower Pacific’- John McEnroe was quoted as saying to VOA News that people can showcase to his friends, business partners, colleagues, and competitors, with the aspect of this device that they are wholeheartedly dedicated and committed to the cause of going green, by means of sustainable development approaches.

Each of the power unit of the solar panel is easily commutable. To the surprise of people, it has been engineered and programmed to function autonomously. During the sunrise the system opens and “blooms” to expand the petals in order to soak the energy from the light-rays of the sun. It also shuts down on its own during sundown, closing its power petals past the sunset. It is engineered with supreme sensors that can detect a bad weather and shut down on its own, such as- during heavy rain.

The very first ‘Smartflower’ system was set up at a school, in order to show people the necessity of using clean energy, mentioned VOA report.

Arnold Capuloy, from the De La Salle Lipa School was quoted as giving a statement to VOA that in order to share with people their ideology and their advocacy, as to the reason for using such a device, is the cause of introducing the device to the public by displaying it in a school for the first time. The students are also quite enthusiast and feel the same way.

Electrical Engineering student Christien Becios was quoted as saying “we really want to save the energy and also the environment at the same time”. Even though half the power in Philippines is generated by using other resources- the ‘Smartflower’ technology offers a cleaner option for generating electricity. Not only that, but it is also a renewable, sustainable, and eco-friendly source of electricity.

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BSES Launches Pilot Project to Set up Solar Micro Grids in East, Central Delhi

According to a release, similar grids are planned for the south and west Delhi, which are under the jurisdiction of BSES Rajdhani Power Ltd (BRPL)

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solar panels, electricity, bses
The current cost of setting up a rooftop solar system is around Rs 40,000 per kW and around Rs 80,000 per kW for an energy storage system. Pixabay

In a major push to clean energy in the national capital, Delhi distribution company (discom) BSES, here on Tuesday, announced launch of a pilot project to set up solar micro grids in the east and central Delhi under the jurisdiction of BSES Yamuna Power Ltd (BYPL).

According to a release, similar grids are planned for the south and west Delhi, which are under the jurisdiction of BSES Rajdhani Power Ltd (BRPL).

“These micro grids will combine rooftop solar plants with lithium-ion-based (Li Ion) battery energy storage systems. As a technology demonstrator, four such micro grids have been set up at BYPL offices in east Delhi,” the release said.

While the energy generated through rooftop solar plants is being used for catering to the internal power requirements of office loads and to charge batteries, the surplus is fed into the grid, “which has the potential to reduce the electricity bills,” it added.

BSES, electricity, solar panels
Around 1,245 litre of diesel and 0.24 million units of electricity amounting to Rs 20 lakh can be saved on annual basis. Additionally, it can also reduce CO2 of around 205 tonnes. Pixabay

Noting the multiple benefits of such micro grids, the BSES said the initial results of the pilot project at four BYPL locations have been encouraging. The discom has installed rooftop solar plants, varying between 5 kilowatt (kW) and 7 kW and energy battery storage between 7 kilowatt-hour (kWhr) and 10 kWhr.

“They show that over this period only 8 per cent of grid power (net of exports) was used. The balance 92 per cent was generated and met through the solar plant coupled with the energy battery storage,” the release said.

“Apart from this, around 1,245 litre of diesel and 0.24 million units of electricity amounting to Rs 20 lakh can be saved on annual basis. Additionally, it can also reduce CO2 of around 205 tonnes.

“A pan discom (including at consumer location) rollout of 1,000 such solar energy battery storage micro grids has the potential to save around 62 million units of electricity and over 3 lakh litre of diesel amounting to around Rs 41 crore on an annual basis. Moreover, this will lead to CO2 reduction of around 51,000 tonnes,” it added.

BSES, electricity, solar panels
According to a release, similar grids are planned for the south and west Delhi, which are under the jurisdiction of BSES Rajdhani Power Ltd (BRPL). Pixabay

The discom has tied up with the Council on Energy, Environment and Water (CEEW) to gauge and assess the performance of the micro grid pilot project and to popularise the concept.

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Commenting on the development, a BSES spokesperson said: “With an aim to increase the penetration of renewable energy, reduce carbon footprint and to help our consumers reduce electricity bills, the BSES is going higher in the renewable energy value chain.”

The current cost of setting up a rooftop solar system is around Rs 40,000 per kW and around Rs 80,000 per kW for an energy storage system. “This may further go down as the number of consumers increase,” the company said. (IANS)