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Solar Panel Test Systems

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Product Name: Solar Panel Test Systems
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Specialty Environmental Chambers » Solar Panel Test Systems


Solar Panel Test Systems  Details of

Whether you're testing solar panels, grid-tied photovoltaic inverters, or photovoltaic cells and modules, Hongzhan can provide a solar test system customized to your testing needs. Our three-pronged approach allows you to find everything you need for your testing demands: a variety of test chambers, specially designed fixtures, and integrated product control & datalogging.

Excerpt from the Solar PV Testing White Paper...

Solar Photovoltaic (PV) modules and panels are growing in popularity among consumers due to emerging renewable energy trends. The near future holds the ability to power vehicles, cell phones, laptops, lamps and aircrafts with solar panels. In order to effectively power these devices, the solar panel must be able to withstand their likely environmental surroundings.

To test the panels against their environment, many considerations need to be made before test equipment is selected. First and foremost, the types of tests need to be designed based on test standards such as IEC 61215, IEC 61646, IEC 61731 and UL 1703. Solar panel dimensions also need to be considered. The chamber needs to accommodate the quantity of panels being tested, as well as the loading technique to optimize efficiency. One must decide whether or not the panels will be powered on during testing, determine the level and sophistication of functional testing, and the data measurement and acquisition needs such as temperature, voltage, and current.

The versatility of these panels to power a wide range of devices means that determining testing methods and proper test equipment is a critical phase in manufacturing these products. Carefully crafting proper test procedures will help ensure a long product lifecycle.

Chambers for Solar Panel Testing

Model Number Workspace Volume Temperature Range Humidity Range Best for...  
SE-600 20.7 cu ft (586L)

+180°C and -70°C (+356°F and -95°F)

10% to 98% RH

Testing small solar components

                 
SE-1000 34.8 cu ft (986L)

+180°C and -70°C (+356°F and -95°F)

10% to 98% RH

Testing small solar components

 
SE-1415 50 cu ft (1415L)

+180°C and -70°C (+356°F and -95°F)

10% and 98% RH

Testing tall, vertical oriented solar panels

 
SE-3000 104 cu ft (2945L)

+180°C and -70°C (+356°F and -95°F)

10% and 98%

Meeting specifications found in IEC 61215, 61646, 62108 and 61730 as well as UL1703

 
SE-3300 116 cu ft (3272L)

+180°C and -70°C (+356°F and -95°F)

10% and 98% RH

Accommodating PV panels exceeding 6 feet long

 
F-113 113 cu ft (2,662L)

Customizable

Customizable

Withstanding a load of up to 900 lbs (408 kg). The chamber's solid construction insulated floor gives the chamber the ability to test a multitude of panels simultaneously.

 
F-158 158 cu ft (4460L)

Customizable

Customizable

Testing 2m long solar panels

 
Panel Walk-In (Solar) 286 to 1,422 cu ft (8,100 to 40,271L)

-68°C to +85°C

20% to 95% RH

Utilizing easy to handle prefabricated panels, WP-Series chambers allow you to create a workspace to meet almost any testing or size requirements.

 
Solid Walk-In (Solar) 135 to 504 cu ft (3,800 to 14,270L)

-73°C to +177°C

20% to 95%

Withstanding extended temperature and humidity ranges and enable faster temperature change rates because of welded and insulated walls.

 
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