Global News Exclusive
Eclipse Live by Solar Power Achieves More than 200K Viewers from 142 Countries
The Annular Solar Eclipse
Panasonic Corporation, using its energy-solution technology, made a challenge to broadcast "ECLIPSE LIVE FROM FUJIYAMA by SOLAR POWER" to the world through live internet broadcasting. Due to thick clouds surrounding Mount Fuji area today, our attempt to make clear filming of the Solar Eclipse was not accomplished. We succeeded, however, to share the world a live footage of the Solar Eclipse from Shingu-shi, Wakayama where we had prepared a different team.
- Starting Moment Photo of the Annular Eclipse Taken at Wakayama
We broadcasted live feed of the Solar Eclipse, mixing the live filming of the Solar Eclipse from Wakayama and commentary from our base camp in Mount Fuji. All the electricity used by the equipment for the live filming was powered with electricity generated by the sun using Panasonic's HIT solar panels and then charged to Long-life lead rechargeable battery and portable battery.
More than 200,000 viewers from 142 countries enjoyed the scenes of our attack team climbing Mount Fuji and live broadcast of Solar Eclipse through our special web site and Ustream.
We will further release follow-up reports of this project through web site and Ustream.
Project Movie Release
- Ustream: http://www.ustream.tv/channel/eclipse-live-from-fujiyama-by-solar-power
- Special Web Site: http://panasonic.net/eclipselive
Members of Our Attack Team Challenging to Shoot the Solar Eclipse from the Summit of Mt. Fuji
MC broadcasting from Our Base Camp
- Counting Down to Eclipse Live from FUJIYAMA by Panasonic's Solar Power (May 18, 2012)
- Panasonic to Broadcast Live the Annular Solar Eclipse from the Summit of Mt. Fuji Using Only Solar Power (Apr 19, 2012)
- [Video] Close-Up on HIT(R) Solar Cells! PV Japan 2011
- HIT Photovoltaic Global
- Panasonic's 'eco ideas'
Advertisement stating that the penetration of solar photovoltaic power generation in Japan is approximately 3.3% as same as area of the sun at the annular eclipse.