Unleash the Power: Jackery 290 Solar Generator and Thunderbolt Solar Panel Combo

Unleash the Power: Jackery 290 Solar Generator and Thunderbolt Solar Panel Combo

Table of Contents:

1. Introduction 1.1 Overview of the Test 1.2 Purpose of the Test
2. Testing Setup
3. Test Results with Thunderbolt Folding Solar Panels and Jackery 290 3.1 Charging Capacity 3.2 Efficiency in Ideal Conditions 3.3 Results with Partially Blocked Sun 3.4 Powering Milwaukee Chargers 3.5 Charging M18 Batteries 3.6 Running a Dremel Tool 3.7 Powering Household Lamp
4. Conclusion
5. Highlights
6. Frequently Asked Questions (FAQs)

Article:

Introduction

In this article, we will be discussing the test results of the 100 watt Thunderbolt folding solar panels paired with the Jackery 290. We will analyze the charging capacity, efficiency, and the performance of the system in various conditions. Additionally, we will explore the ability of the Jackery to power Milwaukee chargers, charge M18 batteries, run a Dremel tool, and power a household lamp.

1.1 Overview of the Test

The test revolves around evaluating the performance of the Thunderbolt folding solar panels and the Jackery 290. By examining the charging capabilities and the efficiency of the system, we aim to provide a comprehensive understanding of its functionality.

1.2 Purpose of the Test

The primary purpose of this test is to determine the charging capacity and efficiency of the Thunderbolt folding solar panels and the Jackery 290 in different conditions. Additionally, we aim to explore the system's ability to power Milwaukee chargers, charge M18 batteries, run a Dremel tool, and power a household lamp.

Testing Setup

Before we delve into the test results, it is important to understand the setup used for the evaluation. The Thunderbolt folding solar panels, rated at 100 watts, were connected to the Jackery 290. This configuration allowed for optimal charging capacity and efficient power utilization.

Test Results with Thunderbolt Folding Solar Panels and Jackery 290

3.1 Charging Capacity

During the test, it was observed that the current charging capacity of the Jackery 290 with the Thunderbolt folding solar panels was 63 watts. It is important to note that this is not the maximum output of the panels but rather the limit imposed by the internal charge controller of the Jackery.

3.2 Efficiency in Ideal Conditions

Under ideal conditions, with bright blue skies and minimal cloud coverage, the Thunderbolt folding solar panels demonstrated their efficiency. The system consistently provided a charging capacity of approximately 20 watts per hour, allowing for a complete charge of the Jackery solar generator in approximately five hours.

Pros:

• High efficiency in optimal conditions
• Quick charging capability

3.3 Results with Partially Blocked Sun

To simulate real-world scenarios, the test was conducted with the sun partially blocked by clouds. This situation is more representative of the weather conditions in certain regions. Despite the partial blockage, the Thunderbolt folding solar panels still generated a decent charging capacity, ranging from 42 to 47 watts.

3.4 Powering Milwaukee Chargers

One of the objectives of the test was to determine if the Jackery 290 could power Milwaukee chargers. The results showed that the Jackery was capable of running a Milwaukee M18 charger, drawing approximately 72 to 78 watts. This indicates that the Jackery can easily handle charging Milwaukee M18 batteries.

Pros:

• Compatibility with Milwaukee chargers
• Ability to charge multiple M18 batteries from a full Jackery charge

3.5 Charging M18 Batteries

The test also aimed to assess the charging capabilities of M18 batteries using the Jackery 290. It was found that an average three to five amp-hour Milwaukee M18 battery could be fully charged in approximately one hour. This highlights the Jackery's ability to charge multiple M18 batteries with ease.

Pros:

• Rapid charging of M18 batteries
• Ability to charge multiple batteries from a full Jackery charge

3.6 Running a Dremel Tool

In another test, the Jackery was used to power a Dremel tool. The results indicated that the Jackery was capable of successfully running the Dremel tool at different speeds, with power consumption ranging from 12 to 51 watts. This showcases the versatility of the Jackery in powering various tools and devices.

Pros:

• Ability to power a Dremel tool
• Versatility in powering different tools and devices

3.7 Powering Household Lamp

To test the ability of the Jackery to power household appliances, a lamp with a 120-volt AC LED bulb was connected. The Jackery successfully powered the lamp, consuming approximately 10 watts of power. This demonstrates that the Jackery can provide extended power supply for household appliances.

Pros:

• Capability to power household lamps and appliances
• Long-lasting power supply for extended use

Conclusion

The test results of the Thunderbolt folding solar panels and the Jackery 290 showcase their impressive charging capacity and efficiency. These solar panels consistently deliver 20 watts per hour in ideal conditions and demonstrate respectable performance even when the sun is partially blocked by clouds. Additionally, the Jackery showcases its versatility by successfully powering Milwaukee chargers, charging M18 batteries, running a Dremel tool, and providing extended power supply for household appliances.

Highlights

• The Thunderbolt folding solar panels provide efficient charging capacity, delivering 20 watts per hour in optimal conditions.
• The Jackery 290 demonstrates compatibility with Milwaukee chargers, allowing for the charging of M18 batteries.
• The Jackery can power a variety of tools, including a Dremel tool, showcasing its versatility.
• The Jackery provides a reliable power supply for household appliances, consuming minimal power.

Frequently Asked Questions (FAQs)

Q: How long does it take to fully charge the Jackery 290 with the Thunderbolt folding solar panels? A: In ideal conditions, the 100 watt Thunderbolt folding solar panels can fully charge the Jackery 290 in approximately five hours.

Q: Can the Jackery 290 power Milwaukee chargers? A: Yes, the Jackery 290 is capable of powering Milwaukee chargers, allowing for the charging of M18 batteries.

Q: How long does it take to charge an M18 battery using the Jackery 290? A: An average three to five amp-hour Milwaukee M18 battery can be fully charged in approximately one hour using the Jackery 290.

Q: Can the Jackery 290 run a Dremel tool? A: Yes, the Jackery 290 is capable of running a Dremel tool, providing power for various speeds and operations.

Q: Can the Jackery 290 power household appliances? A: Yes, the Jackery 290 can power household appliances, providing a reliable power supply for extended use.