SNEC 3rd (2009) International Photovoltaic Power Generation Expo

PV POWER EXPO 2009 May 6 - 8, 2009 Shanghai New International Expo Center (No. 2345 Longyang Road, Pudong District, Shanghai, China) The Most Authoritative Platform for International Cooperation and Trade in PV Industry

Shanghai New Energy Industry Association decides to hold SNEC 3rd (2009) International Photovoltaic Power Generation Expo ("SNEC (2009) PV Power Expo") ceremoniously in Shanghai New International Expo Center (SNIEC) from May 6th to 8th, 2009, upon the success of SNEC 2007 and SNEC 2008.

Schedule
Move-in Dates: May 3, 2009 (13:00)
May 4-5, 2009 (8:30-16:30)
Show Dates: May 6-8, 2009 (8:30-16:30)
Move-out Dates: May 8, 2009 (15:00-17:00)

Exhibits Category:

● Production Equipment
● Solar Cells/Panels (PV Modules):
● Components
● Solar MaterialsCategory Description:
● Solar Products● PV Projects and System Integrators
● Solar-thermal products
Exhibition Rates:
● Standard Booth (3mx3m)
Price: USD2, 800/ booth; USD2, 300/ booth (for SNEIA/ EPIA members)
Basic Facilities: one square table, two folding chairs, one wastepaper basket, two name card registers, one 220V/500W/10A power supply socket, two spotlights, one headboard and carpet inside of the booth
● Indoor Raw Space (>36m2, including 36 m2)
Price: USD280/ m2, USD230/ m2 (for SNEIA/EPIA members)

Contact Us:
Contact Person: Andy Chen
Mobile Phone: +86-13816452416
E-mail:andychen861017@gmail.com MSN: chendavid886@hotmail.com
Tel: +86-21-64281729-8014
Fax: +86-21-64642653

Featured Product

Parker - GRIDTIE INVERTERS AND POWER CONVERSION SYSTEMS

Parker - GRIDTIE INVERTERS AND POWER CONVERSION SYSTEMS

Parker grid tie inverters and power conversion systems are used in numerous applications, including renewable energy harvesting and energy storage. In addition to high efficiency and proven reliability, Parker offers some features unique to the industry, such as the two-phase evaporative cooling system used in the 890GT-B and 890GT-S series. The inherent efficiencies of this refrigerant-based technology enable up to twice the power density or up to 40% higher throughput compared to conventional air cooling. Modular inverter design enables replacement of critical power components in-field, with minimal downtime.