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technical-data-sheet-hybrid-windbush-12a-2022
technical-data-sheet-hybrid-windbush-12a-2022
The Hybrid Windbush 12A is an innovative renewable energy solution combining wind and solar power. It consists of 12 Aeroleaves equipped with solar Petals, mounted on interconnected trunks, designed to maximize energy collection from wind and sun. This system is suitable for sunny locations with limited open space and can be installed in various settings such as alleys, borders, or backyards.
The Aeroleaf and the Solar Petal: The Aeroleaf generates up to 300 W, while each solar Petal contributes 36 Wc, with a total photovoltaic area of over 4.8 m² per Windbush. The Petals are lightweight, waterproof, and enhance wind speed efficiency by 5% due to their design.
General Specifications: The system has an installed power capacity of 4200 W, with 12 Aeroleaves and 16 Petals.
Electrical Specifications: The system includes a proprietary micro-generator with electronic regulation, and the power is managed through an inverter and electrical cabinet compliant with European standards.
General Principle: Installation can be performed by New World Wind (NWW) or the customer, following NWW guidelines. It requires earthworks, concrete blocks, and trenching for cable sleeves.
Electrical Connection: The system is designed for on-site generation and self-consumption, connecting to the local grid via an electrical cabinet. The installation complies with European standards, with provisions for adaptations if needed.
Mechanical Specifications: The Hybrid Windbush stands 5.80 m tall with a diameter of 4.60 m and weighs 1200 kg.
Aeroleaf Specifications: Starts at 2.5 m/s wind speed, with a maximum power of 300 W and withstands winds up to 50 m/s.
Electrical Specifications: Installed capacity is 4176 W, with a voltage requirement of 48 V and inverter output of 110 V-230 V.
Site Installation: Installation takes approximately 2 days, with a maximum distance of 10 m between the Windbush and the electrical cabinet.
Petal Specifications: Each Petal provides 36 Wc, with a total photovoltaic power of 576 W per Bush.
Clients are responsible for preparing underground sleeves and earthworks, while NWW handles the installation of the Bush, Aeroleaves, and electrical cabinet. Connection to customer facilities is the client's responsibility.
The Hybrid Windbush does not require a declaration of site works under French standards, though local regulations must be observed. It offers simplicity in implementation and can be self-installed following NWW recommendations.
Catalog excerpts
DATA SHEET
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- The Aeroleaf and the solar Petal - General Specifications - Electrical Specifications 3. Installation - General Principle - Electrical Connection 4. Summary APPENDIX HybridWindBush anchor
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The Hybrid Windbush is composed of 12 Aeroleaf equiped with solar petal mounted on 4 trunks connected to each other. The set up has been optimized to collect as much wind and sun power as possible. This hybrid solution is a first in the world. The Hybrid Windbush becomes very relevant in sunny sites without much oen area. It can be installed in rows,, in alleys or borders or simply in your backyard. Installed Power Capacity: 4200 W Number of Aeroleaf : 12 Number of Petal PV : 16 Maximum Power per Aeroleaf : 300 W Nominal Power per petal : 36 Wc Elegantly designed and modestly sized, The Hybrid...
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New World Wind offers now a high performance photovoltaic Petal in order to add a second source of power to the Aeroleaf. The Petal is positioned at the bottom of each leaf and provides up to 36 Wc to be added to the 300 W from the Aeroleaf. . NWW Micro Generator Proprietary technology with electronic regulation card embedded in each leaf for a maximum efficiency Monocrystalline semi-flexible film mounted on the petal Each petal has 23 cells for an area of 0.3 m2. That is more 4,8 m2 of photovoltaic area per Windbush. The solar Petal is light and thin (800g and 3mm). Besides, it is waterproof...
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Gen eral spec ificat ions Power curve by Aeroleaf (without petal) Voltage / Power / Rotation speed
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The power produced by the photovoltaic Petals is added to the Aeroleaves electric bus. The electricity is routed through each branch to the control cabinet. The power sum is made through the Inverter. New World Wind provides an electrical cabinet compliant with the electrical standards in France/Europe. We will comply to your country requirements. The Electrical cabinet is made of: • A battery, allowing to temporarily regulate the electricity production to limit peaks and solely for short time needs. It is not for storage. • A specific inverter dedicated to selfconsumption that connects directly...
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INST ALL ATIO N Installation can be carried out by NWW teams or by the customer, subject to compliance with the recommendations established by NWW. . The Installation requires a lifting mechanism of 12 m span to position the Aeroleaves and the solar Petals at the end of each branch. The client shall however prepare: - Earthworks - Small concrete block (according to attached appendix) - The trench + Installation of sleeves between the Hybrid Windbush and the electrical cabinet (20 meters max) - Grounding the Aeroleaf - The Anchoring base for the electrical cabinet (if needed) A security perimeter...
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The Hybrid Windbush is based on the concept of on--site generation and self consumption of the electricity in the connected building/area. CLIENT Customer facilities Electrical cabinet surge arrester AC 220VV differential circuit breaker disconnector SCHEMATIC OF ELECTRIC INSTALLATION The Hybrid Windbush is connected to the local grid through the NewWorldWind electrical cabinet. A dedicated space should be prepared for the cabinet, within a maximum distance of 20 meters. In addition to the Hybrid WindBush and its electrical cabinet, NewWorldWind is also providing the electrical wires between...
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SUM MAR Y MECHANICAL SPECIFICATIONS Height Diameter Hybrid Windbush Height Aeroleaf Total Weight Number of Aeroleaves AEROLEAF SPECIFICATIONS Starting speed Maximum Power per Aeroleaf Maximum Wind PETAL SPECIFICATIONS Power per solar Petal Total photovoltaic power per Bush Solar petal weight (support + photovoltaic film) ELECTRICAL SPECIFICATIONS Installed capacity Voltage required Inverter voltage output SITE INSTALLATION Installation Timeframe Maximum Distance between the Bush and the electrical Cabinet
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RESPONSIBILITIES Preparation of underground Sleeves Earthworks + small concrete block Client Client Installation of the Bush and Aeroleaves Installation of the Electrical Cabinet Connection between the Hybrid Windbush and the electrical cabinet Connection between the NWW cabinet and the customer facilities - The Hybrid Windbush doesn’t require a declaration of site works under the French standards, other local regulations would have to be respected - simplicity of implementation - Possibility to mount the Bush yourself (subject to NWW recommendations)
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