1 x Apollo 650W AC 12V Wind Turbine 1 x SolarWind Hybrid R X 1000W Charge Controller 1 x 12 V 100W Watt Monocrystaline Solar Panel 1 x Grid Power III 600W MPPT Inverter for Land or Marine Use. Product designed in Canada. Package Includes: 1 x Apollo 650W AC 12V Wind Turbine 1 x SolarWind Hybrid RX 1000W Controller 1 x 12 V 100W Monocrystaline Solar Panel 1 x Grid Power III 600W MPPT Inverter. Certification: CE, RoHS and ISO 9001:2000. The Wind Generator is connected to the charge controller, which changes the Alternative Current output by the generator to Direct Current (AC to DC). Electricity generated by the wind turbine are then stored to batteries. Note: the 12V Batteries above are not included. If your home or farm is connected to the power grid, on windier days you may be able to sell excess power generated by your wind turbine to your utility. This concept is called net metering. Even if net metering is unavailable, you might be able to reduce your power bills by using the electricity generated by wind turbines, and become less dependent on your utility. What is a SolarWind Hybrid R X Charge Controller? GreenergyStar SolarWind Hybrid RX is he most advanced charge controller in the market today. Unlike other hybrid controllers, this multipurpose device is designed to work with Southwest Windpower’s Air-X, 403, and 303 plus other 12V AC/DC turbines and solar panels. The SolarWind Hybrid RX has utilized microprocessor based control electronics, sophisticated monitoring software, high quality finned aluminum casing and an intuitive LED display design. It is designed to work with the. GreenergyStar branded grid-tie inverters. To send renewable energy generated by Air-X, 12V AC/DC Turbine and solar panels back to the grid in a stable, controlled and safe manner. The following list will summarize its major features. Hybrid system designed to work with Southwest Windpower’s Air-X, 403, and 303 plus other 12V AC/DC turbines and 12V solar panels. Compatible with GreenergyStar branded grid-tie inverters. Maximum power: 1000W (rated at 27V & 37.5A). System Voltage: 12V Nominal (see input / output sections for range). Microprocessor based control electronics to control charging, outputs and dump load. Dump load utilize Pulse-width modulation (PWM) switching technology to recover power during high wind periods. Manual Braking switch to isolate wind turbine from the system. Intuitive LED Display to reflect system status. Keeps battery in an optimum charged state. Prevents overcharge and over-discharge. Internal diode to prevent reverse current to solar panels or wind turbine at night. High quality finned aluminum casing to protect the interior and dissipate heat. Installation Reference – not to scale (No inverter, batteries, turbines and solar panels included in this listing). Operating voltage & current on all terminals: 11.5V 27V, 0A 37.5A. Maximum input voltage & current on all terminals: 30V , 40A. Withstand voltage: 35V (anything above will damage controller). Stand-by power consumption: 0.1W. AC Turbine : For 3 phase AC turbine. The 3 wires from AC turbine can be connected to the terminals in no specific order. Built in rectifier will convert AC to DC. Can also be connected here as the rectifier accepts DC input as well. LED will turn Green when there is an active input source. DC Turbine : Recommend for Air-X since this terminal has the. LED will not turn on since the Air-X has its own (red) charging LED. LED will turn on when there is power coming in from the inputs. Input Protection & Specification. Manual Turbine lock to force dump load to turn on. Pulse Width Modulated Dump Load. Stay-Online Feature to keep Air-X up and running in low battery condition. Night Time Reverse current protection to prevent current going into wind turbine and solar panels. Over current Protection (40A Fuse). Operating output current: 37.5A. Total maximum output current: 40A. Maximum current on individual output: 30A. Voltage tolerance: +/- 5%. Maximum Output Power: 1000W (rated at 27V & 37.5A). Output starts when inputs are above 12.5V. OUTPUT A, B, C. LED will turn Orange with respect to each output. Battery is an input and an output at the same time. LED will turn Blue indicating battery is being charged. Overcharge protection Cut off voltage: 14.7V. Over-discharge protection Cut off voltage: 11.4V. Recommend using deep cycle batteries if possible. Normal lead acid batteries are acceptable as well. 3 charging modes: Continuous charging, Pulsing, Trickiling. Mode 1 – Power Supply. When input voltages are lower than the battery’s voltage, the battery will act as a supply to all outputs. Power to all outputs will be cut when the battery has drop down to 11.4V. Mode 2 – Stay Online (for Air-X only). When battery voltage is below 11.4V and input voltages is under 9V, even though all outputs will be cut, the charge controller will still send electrical pulse to the DC input terminal every 5 – 10 seconds as indicated by the pulsing Red. This is necessary for Air-X’s internal controller to stay on. Since the Air-X will not wake up on its own, without these pulses, even if wind starts blowing the Air-X will free spin and no power will be generated. Warning: Controller will get. If polarity of battery is incorrect. Requires a minimum of 1.2Ohm 600W resistive load to be connected to the dump load terminal. Dump load activates when AC Turbine is >= 27V. Unlike conventional dump loads that short circuit on activation and drop outputs to zero, the SolarWind Hybrid RX utilizes Pulse-width modulation (PDM) switching technology to only dump what is necessary and conserve the rest. (refer to Figure above). Activating dump load will slow down the AC turbine and reduce voltage spikes. Over voltage protection: All outputs will be cut when input voltage is over 30V. However dump load will stay on. LED will turn Red when the dump load has been activated. Manual Turbine Lock (Brake). Manual Turbine Lock is used to force dump load to fully turn on (ie: short circuit). Useful when it is necessary to isolate AC wind turbine from the system (ie: during installation or maintenance). Turbine lock is the red switch at the top-left corner of the Output Face (refer to Figure 1 on page 6). ” 0 ” – unlocks turbine. 25’C – 85’C. Dimension (L x W x H). 19.3 x 13.1 x 6.9 cm 7.5″ x 5.2″ x 2.7. Wall Mount at base. Convection cooled with fan (activate around 50’C 60’C). High quality finned aluminum to act as heat sink for fast heat dissipation. Over the last few decades renewable energy has started to gain its ground. Of all the different kinds of alternative energy sources available, the use of wind power has been growing steadily. However, wind turbines that are available for homeowners in the market today are mostly designed (or copied) a decade ago and although they work, most have mechanical flaws that were neglected since their debut and there is a lot of room for improvements. With that in mind, we have redesigned a new wind turbine – the Apollo. Built-in with a stronger alternator for higher power output, Anti-vibration system to increase power efficiency, and the ability to be customized and upgraded for the future. Exploded View (No inverter, batteries, turbines and solar panels included in this listing). What is the difference in an Apollo Wind Turbine? GreenergyStar’s Apollo Wind Turbine is the most mechanically advanced generator in the market today. It features many upgrades that solves performance issues that our competitors struggle with. It is designed to work with other. Products such as the SolarWind Hybrid RX charge controller and grid tie inverters to better utilize the renewable energy generated. The above battery charging power curve is obtained from charging a 12V 100Ah battery bank with our SolarWind Hybrid Charge Controller. Color: White – With 49″ swept area when mounted on a 5″ Hub – Incorporates highly efficient, true airfoil – Quiet performance with minimal vibration – Can generate 800 watts or more depending on PMA efficiency – Manufactured using a precision injection molding process that produces blades of exceptional consistency – Made with new thermoplastic to increase durability – Smoother and more durable than any blades you can find in the market – Adjustable blade degree with included degree adjusters / shims (see picture below) – High resistance to bending (over 150 degrees). What is Nylon 6.6? Nylon is a man made product. On the man made side, you will see primarily three types of thermoplastic. These are polyester, polypropylene, and nylon. Of the three types, nylon is by far the better choice. Nylon is extremely versatile in its applications. It is highly resistant to abrasion and has excellent resilience. Within nylon, there are two groups: nylon 6 and nylon 6.6. Nylon 6.6 is the. It is the thermoplastic that is most often specified by professional architects and designers because it provides the flexural strength, low-temperature toughness, UV Resistance and is the most resilient. Nylon 6.6 performs well in many applications such as wind turbine blades, automotive parts, and other fields that get a lot of wear and tear. Nylon 6.6 has additional molecules that give extra strength and the resilience compared to nylon 6. If you still have no idea what Nylon 6.6 is, do a search on google. Adjustable blade degree with included degree adjusters (Shims) Increase/decrease blade angle by installing degree adjuster under the blades “+” on the right side = Increase angle = More Torque, Less Speed “-” on the right side = Decrease angle = Less Torque, More Speed. Nylon 6.6 + Carbon Fiber (<20%). Pros - 20mm rotor thickness, 66% more compare to competitor's - Stronger Magnetic flux due to thicker rotor, and thus, more Power - Evenly spread magnets decrease magnetic drag - 6 balanced hole to reduce weight - Reduce forces required to start rotor due to less reciprocation mass - Brushless Permanent Magnet Alternator. Cons - only 12mm in rotor thickness and thus weaker magnetic flux - Magnets are not evenly spread out (ie: screw at top) - No weight reduction = harder start up. Rare Earth Neodymium magnets. Magnet Width (Rotor thickness). Please refer to listing details on the actual model you are getting. Bigger body allow fitting of a more powerful alternator than competitor's - Longer body and tail (62cm) allow the Apollo to face wind even if more blades are added while our competitor just spins round and round - High surface area tail, 33cm in height, 30% more surface area will let the turbine stay focus to incoming wind - Installation of 29 blades and capture 50% more wind is now possible. Upgradable with 29 blades. Pros - 140mm diameter, 10% larger than competitor's - High blade capacity, allow up to 6 to be installed - Covers the entire face plate to eliminate vortex. Cons - 125mm in diameter - Only allows 3 blades to be installed - Does not cover face plate completely. Pros - Dual Metal ball bearing located at front and rear of rotor - 5.5cm of stabilizing distance to prevent rotor and blades from vibrating - No vibration = Increase in efficiency - Reduction in noise output. Cons - 2 bearings placed side by side together - Stabilizing distance effectively shorten to 2cm (63% reduction) - Vibration = Energy wasted - Wasted energy gets converted to Noise and Heat. Pros - Dual Metal ball bearing to prevent vertical vibration - Yaw shaft diameter: 40mm - 3cm of stabilizing distance with 2 bearings - No vibration = Increase in efficiency - Reduction in noise output - One piece design Yaw body provides more stability. Cons - Single bearings will not eliminate vertical vibration - Yaw shaft diameter: 35mm - Stabilizing distance effectively shorten to 1.4cm with one bearing (53% reduction) - Vibration will cause bearing to grind on yaw shaft and create a bigger play, which in turn will cause more vibration in a never ending cycle - 2 pieces design Yaw body is less stable. Pros - Unlike rubber, PVC Rings are much more durable will not harden and crack and cause leaks - Bearing are covered and will not rust / leak. Cons - Rubber ring will harden after approximately 1 year of use and will start cracking and leaking - Bearing are exposed and will rust / leak. Starting Wind Speed (6 blades). 3.0m/s (7 mph). 9.92kg (21.88 lb). 1.5 in schedule 40 pipe 1.9 in (48 mm) outer diameter. 1 Apollo Wind Turbine - 6x Blades - Hub with 6 lots - Nose Cone - Screws and Nuts - Degree Adjuster - Allen Key - Instruction Manual - RX Charge Controller. 1 Pc 12 V 100W MONOCRYSTALINE SOLAR PANEL. Open Circuit Voltage (Voc). Maximum Power Voltage (Vmp). Short Circuit Current (Isc). Maximum Power Currrent (Imp). ±5% (104.5W - 115.5W). 40'C to 80'C. Install to box (90cm). 120.5 x 55 x 3.5cm 47.4 x 21.7 x 1.4 inches. 18.4kg, 40.5lbs. For Rechargeable RV Car Boat 12V Battery Charging 12V SLA Battery Connect 12V DV Fan /LED Light. GreenergyStar Grid Power III 600W MPPT Inverter For Solar & Wind Hybrid Systems. Generation Grid Tie Inverter. Of all the different kinds of renewable energy available today, solar and wind are the two most popular ones favored by homeowners due to their. Easy implementation and wide range of suitable sites. However, these green energy sources do not come with a plug to connect to a wall socket (the grid). Even if they do, there are different parameters for each type of renewable energy and interconnecting with the grid would present a challenge. Fortunately, grid-tie inverters have been invented to solve this interconnection problem. What is grid-tie inverter? A Grid-Tie Inverter is a device that that can transform 12V DC electricity i. Solar Panels, Wind Turbine, Battery Storage into 120-240V AC power that can be directly injected into your utility's electricity network (the power grid). However, the down side is, most inverters available in the market today are in the high output (1000W 5000W) category. Their prices range in the thousands and it is just too much of an upfront cost for anyone interested in green energy generation. In addition, because of the high output, a certified electrician will need to be hired to install the equipments and connect the cables. I would also like to DIY to cut down on cost and have a project that I would be proud to work on... Isn't there an. Way to do this? With our latest developed micro grid-tie inverter Grid Power 3 feature the popular plug and play function, you will be connecting your renewable energy sources into the grid and join the green movement in no time. A Greener future awaits. What's New in the 3rd Generation? So you ask, What's new in this third generation? Well, by reaching the 3rd generation, we have again improved the power output by incorporating Maximum Power Point Tracking (MPPT) technology to harvest more solar energy. The inverter has also utilized better surge protection components to shield against voltage spikes and energy surges. In addition, this inverter will work with our SolarWind Hybrid RX charge controller to allow wind energy input. Here are the high lights. Maximum Power Point Tracking (MPPT). What is Maximum Power Point Tracking (MPPT)? MPPT is a techinque we implemented to get the maximum possible power from a solar panel. When trying to characterize the output of a solar panel mathematically, it can be represented by an IV-Curve (shown below). The equation for Power is P = IV. Where I is the Current , V is the Voltage , and P is the possible output Power. Each point on the curve is a possible combination for output power and our goal is to find the best combination to obtain maximum power. In simple terms, we are trying to get the biggest rectangle to fit under this so called IV-Curve, the bigger rectangle we can fit, the more power we get. Below are graphs to help you understand the idea better. This is a comparison between inverters with and without MPPT on an 85W solar panel. Please note that different solar panels will have slightly different IV-Curves. No Tracking Vs Tracking. Figure 1 No MPPT, with voltage fixed 17.5V P = 17.5V x 4.6A = 80.5W. Figure 2 With MPPT, amount of current and voltage to draw are calculated P = 17V x 4.95A = 84.15W. As we can see, Figure 2 is able to 84.15W with MPPT while in Figure 1, we can only get 80.5W. This is 4.5% increase in power output. Why do we care? Because solar panels are still quite expensive these days, and the increased power output will directly affect our return on investment (ROI). In addition, depending on weather, time of the day and amount of solar irradiation the panel receives, the IV curve will move along the Y-axis to reflect the possible increase / decrease in potential power output, and cause the maximum power point to shift along as well. Coming up are illustrations to visualize this idea. IV-Curves Under different weather conditions. Sunny, Clear Sky days in Summer 600 1000 W/m2. Scattered Clouds or Partly Cloudy days in Summer 300 600 W/m2. Cloudy or fog days, dawn or dusk in Summer 100 300 W/m2. Figure 3 - 5 illustrate the power gain in different weather condition with MPPT compare to a non-tracking inverter that locks voltage at 17.5V. While 17.5V is randomly chosen, it does show what would happen in real life when there is not MPPT. Studies have shown, by making use of MPPT, there will be an average of 30% increase in power production. Since the maximum power point is a variable, we have implemented a tracking algorithm that utilizes the micro processing power of our inverter to calculate the optimum voltage and current to maximize our energy harvest. In 2008, when we designed the first generation inverter, what we had in mind was an inexpensive device to allow the public to have a chance to test out renewable energy production and promote the green movement at an affordable price range. As people's environmental awareness increased over the years, the demand for bigger systems also increase. Therefore, once again, the power of this inverter has increased by 50% to 600W. Compatibility with GreenergyStar SolarWind Hybrid RX Charge Controller. Want to grid-tie a wind system? Then it is time to get a charge controller. The GreenergyStar SolarWind Hybrid RX is designed to work with our grid-tie inverters for solar and wind applications. It offers the protection needed by inverters against volatile storms and unstable inputs. Compatible with solar panels, 12V AC / DC wind turbines, Southwest Windpower's Air-X, 403, 303 and SunForce's 600W wind turbines. In this generation, we have utilized better surge protection components to shield against potential energy surges during connection or disconnection to the grid. Voltage spikes in night time or stormy weathers are eliminated with higher grade electronics. The circuit board has been completely redesigned to accommodate to the UL 1741 Standard and the status of our UL application is currently pending. Maximum Power Point Tracking (MPPT) - optimize power output. 50% enhanced in power output compare to second generation inverters. Unique and intuitive LED display design to reflect power output rate. Allow MORE types of power source to be connected with SolarWind Hybrid RX Charge Controller ie: Air-X, 12V battery, and etc. Grid-tied - sell green energy back to the utility at a premium rate. Plug and Play design, simple and easy. No hard-wiring or rewiring of existing electronics. Automatic 110V - 220V AC voltage switch. Island Protection: Inverter will shut down during black outs. Synchronize with grid and generates pure Sine Wave. Stackable (connect in parallel for higher output). Maximum input power: 600W (rated at 16.6V and 36A). 2x External 30A fuse for easy maintenance. High quality finned aluminum casing to protect internal electronics and act as heat sink to dissipate heat. Microprocessor based control electronics to regulate input and output. Connects directly to Nominal 12V Solar Panels. Nominal 12V AC or DC wind turbine installations with battery will require respective charge controllers and dump loads. Recommend using the GreenergyStar SolarWind Hybrid RX charge controller to monitor charging and discharging. Connect the included cable to the inverter, and then connect the other end to a wall socket. Reverse polarity in input will blow fuse and possibly. Damages caused by reverse polarity is. Maximum AC Output Power. 100V 260V Auto Switching. Total Harmonic Distortion (THD). Yes, Inverter will disconnect from grid during black out. 48V (anything above will damage inverter). Above 60A will blow fuse. Under 60A will heat up internal electronics. Disconnect immediately do avoid damage. 20'C - 65'C. 1.17kg 2.6lb. 19.3 x 16.5 x 5.4 cm 7.5" x 6.5" x 2.1. Convection cooled with fan. 6 Green, 1 Orange and 1 Red LED. 1 x GreenergyStar Apollo 650W AC 12V Wind Turbine 1 x SolarWind Hybrid RX Charge Controller 2 x 12 V 100W Watt Monocrystalline Solar Panel 1 x Grid Power III 600W. Rotating blades present the most serious mechanical hazard. The blades may be moving at velocities over 275 miles per hour (440 km/hr). At this speed, the tip of a blade is nearly invisible and can cause serious injury. Under no circumstances should you install the turbine where a person could come in contact with moving rotor blades. The installer of these blades is solely responsible for the use or misuse of these blades. We assume no liability for ANY injuries caused by these products. Improper installation, accident, misuse. Any unauthorized disassembly, repair, or modification. Fence Pole, Aluminum Angle Rail NOT Included in this listing. NO OPERATING COST GENERATES ELECTRICITY FROM THE ABUNDANT RESOURCE - SOLAR & WIND. All pictures and descriptions are subjected to change without notice. We are not responsible for any inadvertent errors. For Address that UPS determined to be outside of their normal service area, they will charge an additional "extended area surcharge". Items that are used/ damaged/ deformed or altered in any ways will not be accepted. Spams and mass e-mailing will be deleted without slightest glance. E-mails with virus or anything subjected to hacking are automatically deleted. The item "650 W 12V Wind Generator +1000 W Controller + 600 W Inverter +100 W Solar Panel" is in sale since Wednesday, September 4, 2013. This item is in the category "Home & Garden\Home Improvement\Electrical Supplies\Alternative Energy Supplies\Wind Power Supplies\Wind Turbines & Kits". The seller is "hi_iq" and is located in Point Roberts, Washington. This item can be shipped to United States, Canada.

• Application: Agriculture/Farming
• System Configuration: Grid-Tie
• Voltage: 12
• Axis Orientation: Horizontal
• Current Type: AC
• MPN: n/a
• Protection Properties: Low Voltage Protection
• Blade Material: Nylon Fiber
• Brand: GreenergyStar
• Number of Blades: 6
• Wattage: 650
• Color: White