Renogy 220W 12V Lightweight Portable Solar Suitcase 1 / 8
Renogy

Renogy 220W 12V Lightweight Portable Solar Suitcase Renogy 220W 12V Lightweight Portable Solar Suitcase

SKU: RSP220LSC-G2-US

Brand Renogy In Stock
$320.99 $339.99 Save $19.00 In Stock
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Key features
  • Cell Efficiency 22.70%
  • Module Efficiency 17.3%
Need help choosing? Find the right setup for you. Talk it through with our team, or size your system with the Power Planner. Call 1-844-747-6767 Open Power Planner

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Renogy 220W 12V Lightweight Portable Solar Suitcase

In Stock
Renogy 220W 12V Lightweight Portable Solar Suitcase
Quantity$320.99 each
1

Portable 220W Solar Suitcase

The Renogy 220W 12V Lightweight Portable Solar Suitcase is a foldable solar panel for portable and off-grid power systems. Its suitcase format folds to 18.11 x 27.17 x 3.15 inches and weighs 15.87 lb, making it easier to transport and position when solar generation is needed away from a fixed installation.

Electrical Output for System Planning

The panel is rated for a maximum power of 220W at STC, with an optimum operating voltage of 20.0V and optimum operating current of 11A. Its open-circuit voltage is 23.6V and short-circuit current is 12.1A. These values help you check whether the panel suits the voltage and current requirements of the charge controller or other connected equipment.

Plan the Off-Grid Connection

For an off-grid setup, connect the solar panel to a charge controller and use a battery to store generated power. Adapter kit cables can be used to wire the panel and charge controller, while tray cables connect the charge controller to a deep-cycle battery. Confirm the controller, wiring, and battery are suitable for the panel’s electrical ratings before installation.

Size, Operating Conditions, and Warranty

The suitcase measures 72.56 x 28.74 x 0.79 inches with the handle and 72.56 x 27.17 x 0.79 inches without it. It can operate in temperatures from -40°F to 185°F (-40°C to 85°C). A 3-year output warranty and material and workmanship warranty are listed for this product.

Compare panel options

Our solar panel selection guide explains panel selection for different setups. The portable versus roof-mounted panel guide compares the relevant panel format; check this product’s electrical ratings before pairing it with other equipment.

Compare portable solar formats

Panel watts alone do not establish a power-station match. Check open-circuit voltage, maximum operating current, connector, folded size and carrying weight.

Compare the 300W N-type Renogy suitcase for another Renogy portable option.

220W 12V Lightweight Portable Solar Suitcase
Package Includes
1 220W 12V Lightweight Portable Solar Suitcase
Carrying Case
Package Includes
1 Carrying Case
User Manual
Package Includes
1 User Manual
220W Lightweight Portable Solar Suitcase
Selected variant SKU RSP220LSC-G2-US
Electrical Parameters
Max Power at STC 220W
Open Circuit Voltage 23.6V
Short Circuit Current 12.1A
Optimum Operating Voltage 20.0V
Optimum Operating Current 11A
Maximum System Voltage 600VDC
Maximum Series Fuse Rating 15A
Cell Efficiency 22.70%
Module Efficiency 17.3%
Environmental Data
Operating Temperature -40°F~185°F / -40℃~85℃
Mechanical Specifications
Dimensions With Handle 1843 x 730 x 20 mm / 72.56 x 28.74 x 0.79 in
Dimensions Without Handle 1843 x 690 x 20 mm / 72.56 x 27.17 x 0.79 in
Folded Dimensions 460 x 690 x 80 mm / 18.11 x 27.17 x 3.15 in
Weight 7.20kg / 15.87lb
Warranty
Warranty 3-Year Output Warranty & Material and Workmanship Warranty
Dimensions (folded) 460*690*80mm (18.11*27.17*3.15in)
Nominal Voltage 12 VDC
Rated Charge Current 20A
Max. PV Input Voltage 26 VDC
Dimensions 6.38 x 3.82 x 1.34 inches
Grounding Common Negative
Operation Temperature -40°F to 176°F / -40°C to 80°C
Connector MC4 Compatible
📘
User Manual
Installation instructions, setup guidance, operation, and troubleshooting.
View PDF
📄
Warranty Sheet
Product documentation and manufacturer terms.
View PDF

Frequently Asked Questions

Clear answers to common questions about this product, setup, compatibility, and use.

What do I need to complete my off-grid solar power system ? To regulate current, a solar panel must be connected to a charge controller, while the electrical power can be stored by connecting it to a battery. To wire the solar panel(s) and charge controller, you will need adapter kit cables. Finally, tray cables are necessary to connect the charge controller to a deep-cycle battery. What does off-grid and on-grid mean ? Simply put, on-grid solar power equipment (like solar panels or arrays) is connected to the electrical grid. On the other hand, off-grid equipment entails systems that are not connected to the grid. Instead, they store the power that is generated for future use. The latter offers several benefits. First, it is portable and hence, can be utilized when travelling. Moreover, off-grid systems are not affected by grid blackouts. Why is my solar panel under producing ? Several factors may be impacting the performance of your solar panel. Typically, indirect sunlight, temperature rise, cloudy sky, and dirt and stain build up on the top glass lead to a reduced power output. How should I connect solar panels in my electrical circuit (series vs parallel) Depending on your electrical circuit size and power demand, solar panels can be connected in series or in parallel. When you connect them in series, the system current output will be the same as that of a singular panel, while producing the effect of adding up their operating voltage output. On the other hand, the operating current output of individual panels is added up to be the system output current when they are connected in parallel. In this case, the system output voltage will be the same as the output voltage of one solar panel. To meet the optimum power output and system rating for your power system, you can use both parallel and series connections. How many solar panels do I need ? The best way to gauge how many solar panels you need, is to understand and define the power load needed from this system. Power is measured in Watts, and capacity is commonly measured in Watt-hours (multiplying power output in watts by the required number of hours of operation multiplied by a safety factor of 1.5-2). Therefore, it is wise to size your battery bank first based on the minimum required capacity, and accordingly decide how many panels or how much power input is needed.