5000W On Grid Minimal Vibration And Low Noise Operation Wind
Turbine For Remote
HY-Energy wind turbine special features:
· CE certified for "Small Wind Turbine with High Reliability".
· 5 blade designed for low wind area, light breeze start up
· Amazingly quiet operation with minimal vibration.
· Long lifetime, free of maintenance
· Fully automatic with blade aerodynamic braking and controller
electromagnetic braking.
· High efficiency is achieved by matching design of the generator
and blades perfectly.
· Patented Blades with twisted aerodynamic design made with
strengthened Nylon-fiberglass material
· Anti-rust & anticorrosion
· Light weight, easy installation, no welding needed. Pole
connector provided with bolt-on clamp or flange
The 5kw on-grid wind turbine inverter specification:
| Model | HY-5000 |
Rotor Diameter (m) | 5.6m |
Blade Material / Quantity | RTM GRP / 3 |
Rated Power (W) | 5000W |
Rated Wind Speed (m/s) | 11m/s |
Startup Wind Speed (m/s) | 3m/s |
Working Wind Speed (m/s) | 3-25m/s |
Security Wind Speed (m/s) | 59.5m/s |
Rated Rotation Speed (r/min) | 240r/min |
Working Voltage | DC240V |
System Output Voltage | AC220V |
Weight of Turbine (kg) | 340kg |
Generator Type | 3 Phase AC PM |
Rotation Speed Regulation | Variable Blade Pitch |
Brake System | Negative Angel Blade |
Operating Temperature | -10°C — +40°C |
Extreme Temperature | -20°C / +50°C |
Design Lifetime | 15 years |
On-grid Controller CTC-7.5K (including Dump Load Box) | |
| Power | 7.5KW |
| Moedl | CTC-7.5K |
| Turbine | Small Wind Turbine |
| Range Of Input Voltage(3AC) | 420VAC |
| Rated Power From Turbine | <5000W |
| Braking Voltage | Set as the output voltage of turbine |
| Max Dumpload Power | 7500W |
| Dimension W*H*D(in mm) | 500/1115/166 |
| Weight | 34KG |
| Protection Level | IP20 |
| Installation Method | Wall-mounted |
| Ambient Temperature | -25-+50ºC |
| Storage Temperature | -25-+70ºC |
| Cooling Concept | Fan&Convection |
On-grid Inverter CTW-5K | |
| Rated DC Input Power | 5500W |
| Power Curve Points | Max.20 Pointed Programmable |
| Rated AC Power | 5000W |
| AC Voltage Range | 190-260Vac |
| Output Frequency | 50HZ/60HZ |
| Nominal Power Factor | >0.995 |
| Max Efficiency | 95% |
| Stand-by Consumption | <7w |
| Total Current Harmonic Distortion | <2% |
| Dimensions(W*H*D) | 480mm*680mm*235mm |
| Weight | 67kg |
| Enclosure Rating | IP41 |
| Installation | Wall-mounted |
| Ambient Temperature Range | -25ºC-+60ºC |
| Cooling | Fan&Convection |
| Power Curve Points | Min 5,Max 20 |
| Display | LCD&Signal Lamps |
| Communication | RS485 |
| Isolation | Transformer Isolated |
| Marking | CE |
| Safety and EMC Standard | EN61000-6-1,EN61000-6-2,EN61000-6-3,EN61000-6-4,IEC62103,EN50178 |
| Grid Standard | VDE0126-1,G83/1,UL1741,CAN/CSA |
Maintenance:
The HYGCI-15GL is designed for a minimum amount of maintenance.
We recommend checking the following functions at regular intervals
in order to ensure a proper operation of the device:
►Check on a regular basis, preferably weekly, whether the device
operates properly. This should be done at different wind
conditions. You can recognize the proper operation by means of the
displayed operating modes. Serious errors are displayed by the red
LED.
►Pollution of the heat sink can restrict the heat dissipation.
Check the heat sink for dirt on a regular basis nd clean it with a
paintbrush, a soft brush or compressed air.
►Clean the display and the LED display with a moist cloth when it
is dirty. Do not use harsh cleaning agents (e.g. abrasive), solvent
or acid substances!
FAQ:
Q: What is the difference between on-grid and off-grid turbines?
How do I know which one is right for me?
A: If your home currently gets its energy from a utility company,
you will need an on-grid turbine, which helps decrease your monthly
utility bill by generating energy your home draws on before it
turns to your utility company for energy. If you currently don't
have the option of buying energy from a utility company, you have
what is known as an off-grid need. Homeowners with off-grid needs
often create what is known as a hybrid system, which employs both
wind energy and energy generated by solar photovoltaic cells to
keep their batteries charged.
