Panasonic will broadcast worldwide via live stream the total eclipse on March 9 using nothing more than solar energy from its Power Supply Container, a standalone photovoltaic power package.To capture the eclipse, 3 kW of energy generated by the solar modules and stored in the batteries will be relayed to a Panasonic LUMIX GH4 camera attached to a telescope.Panasonic will broadcast worldwide via live stream the total eclipse on March 9 using nothing more than solar energy from its Power Supply Container, a standalone photovoltaic power package. The portable container creates energy during the day with 12 HIT solar panels with high conversion efficiency (3kW).
The energy is then stored in 24 lead-acid batteries https://www.hztyco.com/product/xps-tile-backer-board/ China xps underlay Manufacturers Panasonic has set up a special web page with a countdown to the eclipse and further information along with a trailer on the upcoming live event.2 kWh).The container was developed by Panasonic to create and store energy in order to supply energy to areas without electricity.The live broadcast of the eclipse will begin on March 8 at 8 pm UTC, 5 am March 9 local time in Ternate. In other words, using the sun to film the sun.
The partial eclipse is set to begin March 8 at 23:36 UTC, with the total eclipse set to begin at 00:50 March 9 UTC.Although this is not the first time Panasonic has broadcast a solar eclipse live, the previous two occasions used solar modules that required ground setup with the electronics brand noting that this time round the procedure will be streamlined by the portability of the Power Supply Container, its first use in such an endeavor.
As Sumatra, Borneo and Sulawesi, Indonesia plunge into darkness during a rare total eclipse on March 9.As Sumatra, Borneo and Sulawesi, Indonesia plunge into darkness during a rare total eclipse on March 9 (local time), Panasonic will deliver the live broadcast of the four-minute phenomenon from the eastern Indonesian island, Ternate through its portable Power Supply Container.
Solar energy will also be used to power other equipment deployed for the event including portable computers, editing material and internet connection technology.It can be viewed on platforms including Ustream, YouTube Live and Periscope. The power containers are currently being used in schools on remote Indonesian islands to power IT equipment, air conditioners and LED lighting
The energy is then stored in 24 lead-acid batteries https://www.hztyco.com/product/xps-tile-backer-board/ China xps underlay Manufacturers Panasonic has set up a special web page with a countdown to the eclipse and further information along with a trailer on the upcoming live event.2 kWh).The container was developed by Panasonic to create and store energy in order to supply energy to areas without electricity.The live broadcast of the eclipse will begin on March 8 at 8 pm UTC, 5 am March 9 local time in Ternate. In other words, using the sun to film the sun.
The partial eclipse is set to begin March 8 at 23:36 UTC, with the total eclipse set to begin at 00:50 March 9 UTC.Although this is not the first time Panasonic has broadcast a solar eclipse live, the previous two occasions used solar modules that required ground setup with the electronics brand noting that this time round the procedure will be streamlined by the portability of the Power Supply Container, its first use in such an endeavor.
As Sumatra, Borneo and Sulawesi, Indonesia plunge into darkness during a rare total eclipse on March 9.As Sumatra, Borneo and Sulawesi, Indonesia plunge into darkness during a rare total eclipse on March 9 (local time), Panasonic will deliver the live broadcast of the four-minute phenomenon from the eastern Indonesian island, Ternate through its portable Power Supply Container.
Solar energy will also be used to power other equipment deployed for the event including portable computers, editing material and internet connection technology.It can be viewed on platforms including Ustream, YouTube Live and Periscope. The power containers are currently being used in schools on remote Indonesian islands to power IT equipment, air conditioners and LED lighting
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