Our Set Of Efficient Solar Panel And Powerful Power Station Provides You With Sustainable Energy Whenever And Wherever You Need It. Whether You’Re Camping, In The Garden, Or Keeping It As A Backup At Home – With This Powerful Combo, You Are Always Well-Equipped To Easily Harvest And Store Green Energy.

Power Station Details

Powerful Mobile Power Station From Bresser
Never Lose Power On The Go Again With This 300 Watt Mobile Power Bank From Bresser. Whether You’Re Camping, Working In The Garden Or Experiencing A Power Cut At Home, The Numerous Connection Options Will Allow You To Safely Charge Or Power Almost All Common Electrical Devices. From Laptops To Musical Instruments, The High-Quality 230-V/600-W Output With Pure Sine Wave Can Be Used To Power Sensitive Devices Thanks To The Powerful Built-In 288-Wh 20-Ah/14.4-V Lithium-Ion Battery. Unlike Power Generators With Combustion Engines, The Portable Power Station Offers A Quiet, Environmentally Friendly Solution. And With The Included Solar Panel, You Can Even Harness The Power Of The Sun. The Dc Input Socket Can Be Used For Direct Charging Via An Ac Adapter Or Solar Panel.

Connection Options
The Bresser Power Station Can Be Used To Simultaneously Charge Up To Four Mobile Devices Via Usb, Such As Phones, Mp3 Players, Games Consoles, Cameras, And Drones. The Device Is Equipped With One Usb-C Port, Two Usb-A Ports And One Usb-A Fast Charging Port That Supports Qualcomm Quick Charge 3.0. Up To Two 12-V Devices Can Also Be Powered Via The Two Dc 2.1/5.5 Mm Sockets. The Power Station Comes With Two 5.5/2.1-Mm Coaxial Connector To Cigarette Lighter Adapters, Which Can Be Used To Connect Car/Camping Devices Such As Cool Boxes, Water Pumps, Mini Compressors, And Air Pumps Directly Or In Parallel. The Device Is Also Equipped With A Socket With 230 V And 300 W Continuous Output, Which Is Ideal For Connecting Laptop/Tablet/Smartphone Chargers, Cool Boxes, And Musical Instruments, Or Other Electrical Devices In This Power Class.

Powerful Built-In Lithium-Ion Battery
The Powerful 288-Wh 20-Ah/14.4-V Lithium-Ion Battery Stores Energy Reliably And Can Be Charged In Just 5 Hours With The Supplied 230-V Charger Or 6 Hours With The Supplied 12-V Car Battery Charging Cable. In Addition, Thanks To The Built-In Solar Charging Regulator, You Can Also Charge The Power Station Directly Via The Included Solar Panel. A Clear Display Shows You All The Information You Need, Including The Battery Charge Level, Battery Charging Progress, And Active Usb Ports.

Operating Times With Application Examples
How Many Hours Will The Power Station Power Your Devices For? You Can Work Out The Approximate Operating Time Using The Following Formula: Operating Time (Approx.) = 288 Wh Power Station Battery X 0.85 / Device Input Power In Watts.
Example: Laptop With 45 W Input Power: 288 Wh X 0.85 / 45 W = Operating Time In Hours; 288 X 0.85 / 45 = Approx. Operating Time Of 5 Hours.

5 W Led Lamp: Approx. 49 Hours
10 W Led Light: Approx. 24.5 Hours
30 W Camping Cool Box: Approx. 8 Hours
45 W Laptop: Approx. 5 Hours
60 W Television: Approx. 4 Hours
Smartphone: 30 Full Charges
Tablet: 18 Full Charges
Camera: 30 Full Charges
Laptop: 3 Full Charges

Comprehensive Protection Mechanism For All Outputs: The Power Station Is Protected Against Short Circuits, Overvoltage, Overcharging And Deep Discharge Of The Battery, And Overheating.


Solar Charger Details

Self-Sufficient Travel With The Bresser Solar Charger
Whether Camping, Sailing, Trekking Or Swimming At The Nearest Lake – Anyone Who Enjoys Being Outdoors For Long Periods Of Time Does Not Want To Do Without Their Smartphone, Tablet, Powerbank, Etc. But One Question Quickly Arises: Where Can I Find The Nearest Power Socket? After All, Every Battery Runs Out And Our Practical Everyday Helpers Can’T Manage Without Electricity. With The Ultra-Compact Bresser Solar Charger, You Simply Use The Power Of The Sun To Charge Your Devices. The Environmentally Friendly Solar Energy Is Free Of Charge – And You Remain Independent Of The Power Grid!

Simply Open It Up, Put It Down And Immediately Produce Green Solar Power
The Handling Is Very Simple: Unfold The Solar Panel And Align It As Perpendicularly As Possible To The Sun. Then Connect The Device To Be Charged To The Solar Charger, Either With A Suitable Usb Cable (Not Included) Or With The Included Dc Connection Cable. The Charging Process Begins Immediately.

Which Devices Can The Solar Panel Charge?
Apart From The Included Power Station The Solar Charger Gets All Devices With A Usb Power Supply Connection Or The Above-Mentioned Dc Power Plug Connection Up And Running Again In No Time – E.G. Smartphones, Tablets, Power Banks, Portable Playstations, Mp4 Players, Gps Devices And Bluetooth Headphones. It Is Also Suitable For Charging Large Power Stations Such As The Bresser Power Station 100 Watt (Art. No.3810000) And The Bresser Power Station 500 Watt (Art. No. 3810020) As Well As Power Stations From Other Manufacturers With Suitable Connection Values.

Universal Charger With Flexible Connection Options
Two Black Usb A Sockets For Normal Charging And Another Orange Usb A Socket With Qc3.0 Standard For Fast Charging Of Newer Generations Of Devices Are Available For Powering Your Devices. An Additional Universal Connection Cable With A Hollow Dc Plug 5.5/2.1 Mm In Diameter And 2.5 Metres Long, As Well As 10 Plug Adapters (7.9/5.5Mm, 7.4/5.0Mm, 6.5/4.3Mm, 6.3/3.0Mm, 5.5/2.5Mm, 5.5/1.7Mm, 5.5/3.2Mm, 4.8/1.7Mm, 4.0/1.7Mm, 3.5/1.35Mm) Are Included In The Scope Of Delivery. The Polarity Of The Connectors Is As Follows: Inner Contact = Positive (+), Outer Contact = Negative (-).

How Long Does It Take To Charge A Battery?
Most Modern Devices With Built-In Batteries Indicate The Current Charging Status Of The Battery On A Display Or Status Leds. The Charging Process Is Also Automatically Terminated By The Internal Charger Of The Smartphone Or Tablet, Etc., As Soon As The Battery Is Full.

Nevertheless, It Is Helpful To Know How Long A Full Charge Theoretically Takes With An Empty Battery. This Is The Only Way To Choose The Right Solar Panel Model For The Requirements Of The Devices You Want To Charge.

Here Is A Short Calculation: Divide The Capacity Of The Battery (Mah) By The Charging Current Of The Charger (Ma) And Multiply This By A Factor Of 75. This Then Gives You The Approximate Charging Time In Minutes That Is Required To Fully Charge The Battery At 100% Sunshine Duration.
Example 1: A Battery With A Capacity Of 3000Mah (3.0 Ah) And A Charging Current Via 5 Volt Usb Connection Of 3400Ma (3.4 Amps). So 3000 : 3400 X 75 = 66 Minutes. Dividing The Result By 60 Gives The Charging Time In Hours: 1.1 Hours.
This Means That An Average Smartphone Can Be Fully Charged In Just About 1.1 Hours With A 60-Watt Solar Panel.