The High-Concentration Photovoltaic (HCPV) Solar Power Plant in Luzhu District is the largest one in Asia, and the second largest in the world (after Spain). There are a total of 141 solar panels at work at the same time on a vast, open meadow. Even grander than its spectacular construction is its gross power capacity, which goes over one megawatt. This achievement sets a milestone for the green energy development in Taiwan. One feature of the solar plant is that it uses convex lens as a device to gather the solar power, and the overall conversion rate goes up to 26%, which is comparatively efficient.

Author

Sven Tetzlaff

Created on

Thursday 2 June 2011

Posted on

Sunday 1 September 2019

Dimensions

5432*3622

File

pv-taiwan-8467.jpg

File size

10564 KB

Keywords

Asia, cells, China, concentrated solar power, CSP, energy, geography, Landscape, module, panels, photovoltaic, photovoltaic cells, PV, pv installation, renewable, solar, solar energy, solar module, solar power, Taiwan

Albums

• Photovoltaic

Visits

3007

EXIF Metadata

Make

Canon

Model

Canon EOS 5D Mark II

DateTimeOriginal

2011:06:02 14:17:32

ApertureFNumber

f/16.0

IPTC Metadata

iptc_author

Sven Tetzlaff

iptc_copyright_notice

Sven Tetzlaff (cc by-nc-sa 3.0)

iptc_keywords

Asia, CSP, China, Landscape, PV, Taiwan, cells, concentrated solar power, energy, geography, module, panels, photovoltaic, photovoltaic cells, pv installation, renewable, solar, solar energy, solar module, solar power

iptc_general_objectdescription

The High-Concentration Photovoltaic (HCPV) Solar Power Plant in Luzhu District is the largest one in Asia, and the second largest in the world (after Spain). There are a total of 141 solar panels at work at the same time on a vast, open meadow. Even grander than its spectacular construction is its gross power capacity, which goes over one megawatt. This achievement sets a milestone for the green energy development in Taiwan. One feature of the solar plant is that it uses convex lens as a device to gather the solar power, and the overall conversion rate goes up to 26%, which is comparatively efficient.

date_creation

20110602