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RE580 Hilton Combined Wind and Solar Power Demonstrator

产品时间:2022-03-07 09:41:22

简要描述:

● Demonstrates the Practical Application of a SolarPower and Wind Powered Generation System ● Allows Investigation Of System Performance InsideThe Laboratory Irrespective Of Outside Conditions. ● Inve

详细介绍

● Demonstrates the Practical Application of a Solar Power and Wind Powered Generation System 

● Allows Investigation Of System Performance Inside The Laboratory Irrespective Of Outside Conditions. 

● Investigation of Solar Panel Characteristics and Operation Limitations 

● Investigation of Control of a Wind Generator 

● Safe for Student Operation. 

● Two Year Warranty.


Introduction 

The use of combined wind and solar power generation has become increasingly common, not only from an energy conservation point of view but also for practical applications. For remote locations, the use of combined wind and solar systems gives a commercially economic solution to providing power for communications, warning signs, water pumping and marine applications etc. 

A combined system involves the use of a charge controller that can allow for the daily steady and potentially small input from a solar panel and the potentially large but intermittent input from a wind generator. 

In all cases however the use of some means of power storage (battery) is essential for periods when neither renewable source is available. 

The Hilton Combined Wind and Solar Power Demonstrator RE580 will provide interesting and instructive experimental work for all students, and will be of particular interest to those studying: 

● Environmental Engineering 

● Energy Conservation 

● Mechanical Engineering 

● Architecture 

● Building Services 

● Electronics 

● Electrical and Electronic Engineering 

● Automotive Engineering 

● Plant & Process Engineering.


Description 

A small (12V Nominal) solar panel with nominal 10W output is connected to a battery charge control system. The charge controller is also connected to a small (500mm diameter) wind turbine. The charge controller can be connected to a locally sourced lead 12V lead acid battery or alternatively the optional RE580A deep cycle lead acid battery. 

The solar panel is supplied with a 500W solar simulator that allows the panel to be irradiated and generate power within the laboratory. This allows students to investigate the relative magnitude of incoming solar radiation, relative to power generated. 

To allow investigation of the wind generator inside the laboratory a small but powerful axial fan is supplied that will allow the generator to be run up to a realistic speed. The 500mm diameter wind turbine can generate up to 25W at 19 knots (approximately 10 m/s).

Optional instrumentation and accessories (which can alternatively be locally sourced) are available to investigate the detailed performance of both wind and solar components and to investigate the use of DC power for practical applications. A handheld digital voltmeter is supplied as standard. 

Both the solar panel and wind generator connect to a digital combined charge controller that allows the output power from both the solar panel and the wind generator to be investigated.

Safety 

● The integral charge control system provides overload protection and battery protection. 

● Excluding the fan and solar simulator options all components are low voltage (10-20v DC). 

● Wind Generator comprises guarded rotor tip for operator safety 

● Where appropriate components are protected by electronic cut outs or fuses.

Specification 

General 

A combined solar and wind power generation system with a purpose made combined digital charge controller with digital readout of both solar and wind generated power. The unit includes a simple solar simulator and high powered axial fan that allows the unit to be operated within the laboratory. 

Various instrumentation and accessories to further extend the experimental capabilities can be supplied as optional extras or alternatively locally sourced.

Experimental Capabilities 

RE580 (without Optional Extras) 

● Investigation of the components of a combined wind and solar power generation system 

● Investigation of the effects of shading on a practical solar installation. 

● Investigation of the wind generator output voltage and power with wind variation. 

● Investigation of the panel output voltage and power with solar irradiation and an investigation of panel efficiency. 

● Investigation of the effect of wind direction on generator performance.


Order as: 

RE580 Combined Wind and Solar power Generator 

*Optional Items: 

Optional Deep Cycle Battery RE580A 

(Essential if not locally sourced) 

Optional Tachometer RE580B 

Optional Solarimeter RE580C 

Optional Water Pump RE580D 

Optional Single Phase Inverter RE580E 

Optional Anemometer RE580F



 


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