Transcript Diapositive 1

Hybrid Power Solution for Seawater Desalination
Application:
The place where short of fresh water resource,
such as island, sea-farming, ocean oil drilling
platform, boat and coastal area, etc.
System features:
Fast construction, small installation floor space.
Low cost, low carbon and low maintenance.
Realize the flexible installation site for special
project demand.
Intelligent remote monitor enable the user to
investigate the power generation in real-time.
Marine grade 3D wind turbine is very suitable to
the harsh environment and weather of coastal area
(big gust, corrosion).
System diagram :
Referenced system configuration:
Item
Model
1
Wind turbine
nheowind 3D100
2
Tower of turbine
3
PV panels
4
Qty
Specification & Description
1 set
Rated output 4500W, 35dB@12m/s
1 pcs
10.5m height,conical self standing, galvanized steel
PLM-P220M
28
220W monocrystalline silicon solar modules
Hybrid power control system
DJK48-W80S60
1 unit
1 wind control module 48VDC/80A + 1 PV control module 48VDC/60A
5
Inverter
DJN5000-H
1 pcs
Pure sine wave, rated 3.5KW output, rackmount, full protection
6
Battery pack
NH12-200
28 pcs
VRLA gel batteries, 200AH/12VDC
7
Accessories
1 set
bracket,cable,fastening,etc
Installation Environment Information
Annual average wind speed is 7m/s, average peak sunshine time is 5 hours per day.
Daily average power generation (AH)
(Wind) 900W*24H*/48V + (PV) 3600W*5H/48V = 1090AH
Conclusion
Above system would support the power demand of 1.5KW seawater desalination equipment for 24 hours work, and it
could creat fresh water about 1m3 per day.
www.nheolis.com.cn / www.nheolis.com [email protected]