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Storm season is a period of frequent extreme weather events at certain times of the year, which can bring hurricanes, thunderstorms, tornadoes and other natural disasters, seriously affecting daily life and threatening personal safety. Such disasters, often accompanied by emergencies such as power grid failures, will disrupt daily life and even pose security risks.
Ampace charging stations are an efficient emergency power solution that provides you with stable power at critical times for your communications and basic life needs.
This article will explain in detail what storm season is, why storm season, where storm season usually occurs, how to stay safe during storm season, and explore how Ampace changes the factors of all emergencies.
What Is Storm Season?
Storm season is the time of year when extreme weather events are concentrated. These weather phenomena, which include hurricanes, typhoons, thunderstorms, tornadoes and ice storms, are often accompanied by strong winds, heavy rain, hail or snow that can lead to power outages, property damage and even casualties.
Generally, the storm season will occur at the following times:
The Eastern Pacific hurricane season begins on May 15 and runs through November 30. Although these periods are officially defined, out-of-season storms can occur between March and May, with May being the most common month.
In the United States, the Atlantic storm season (i.e., hurricane season) typically runs from June 1 to November 30, with 97 percent of tropical cyclone activity occurring during this period, peaking in late August through September.
Main Types of Storm Season
Hurricanes: Winds exceeding 74 miles per hour (119 kilometers per hour), categorized into 1 to 5 levels on the Saffir-Simpson scale, with speeds ranging from 74 to over 157 miles per hour.
Thunderstorms: Accompanied by lightning, strong winds, heavy rain, and hail, potentially causing floods, fallen trees, and short-term power outages.
Tornadoes: Characterized by localized high winds with extreme destructive power, often forming within thunderstorms.
Ice Storms: Winter events involving freezing rain or blizzards, leading to icy roads, traffic disruptions, and damage to power infrastructure.
Causes of the Storm Season
The occurrence of storm seasons is not random but rather the result of multiple natural factors working together:
Ocean Temperature: Tropical cyclones (such as hurricanes) require sea surface temperatures above 26.5°C (approximately 80°F) to form and sustain. Warm ocean waters provide the energy needed for storm systems to intensify.
Atmospheric Conditions: Low wind shear (i.e., minimal changes in wind speed and direction with altitude) and high humidity create an ideal environment for storm formation. Low wind shear supports the vertical development of storm systems, while high humidity supplies abundant moisture.
Seasonal Factors: Weather patterns during summer and autumn, such as the African easterly jet, contribute to the formation of tropical cyclones. Additionally, the Coriolis force, generated by the Earth's rotation, is weak near the equator but becomes stronger at mid-latitudes, providing the necessary conditions for storm rotation.
It is worth noting that climate change may exacerbate the intensity and frequency of storm seasons. In recent years, the occurrence of extremely powerful hurricanes—such as Hurricane Harvey and Hurricane Maria in 2017—has increased, and some scientists believe this is linked to rising sea temperatures caused by global warming.
How to Stay Safe During Storm Season
When the storm comes, we hope that every user can be prepared in advance, because it means that you are prepared for your own safety and the safety of your property. Here are some safety tips that will hopefully help you survive the storm season effectively
1. Develop an Emergency Plan
- Evacuation Routes: Plan at least two evacuation routes and ensure all family members are familiar with them. Consider potential flooding or road obstructions from fallen trees. Download the NOAA Weather or FEMA app for real-time storm tracking and evacuation alerts.
- Communication Methods: Designate an emergency contact outside the storm-affected area. Use text messages or social media for communication, as they are more reliable when networks are congested.
- Family Drills: Conduct regular emergency drills to ensure everyone knows their responsibilities, such as who will turn off the gas and who will take care of pets during evacuation.
2. Stock Up on Emergency Supplies
- Water & Food: Store at least one gallon (about 3.8 liters) of water per person per day for 3–7 days. Choose non-perishable food items such as canned beans, nuts, and energy bars to minimize reliance on refrigeration.
- Medical Supplies: Prepare a first aid kit with bandages, antiseptics, and antibiotic ointments. Keep at least a two-week supply of prescription medications, especially for chronic conditions like hypertension and diabetes.
- Lighting & Communication: Have flashlights, spare batteries, a solar-powered charger, and a battery-operated radio to receive weather alerts.
- Power Backup: The Ampace Power Station can charge phones, radios, and small fans, and even support medical devices like CPAP machines.
3. Fortify Your Home
- Trim Trees: Regularly prune branches near your house to prevent them from breaking and causing damage. Studies show that 80% of hurricane-related property damage is due to flying debris.
- Protect Doors & Windows: Use plywood or storm shutters to reinforce windows and doors against flying debris. If feasible, install impact-resistant glass for enhanced protection.
- Secure Outdoor Items: Move outdoor furniture, grills, and other loose objects indoors or anchor them securely to prevent them from becoming airborne hazards.
4. Insurance & Documents
- Review Insurance Policies: Ensure your homeowner’s insurance covers wind and flood damage. Flood insurance typically requires separate coverage, so arrange it at least 30 days in advance.
- Backup Important Documents: Make copies of essential documents (such as passports, property deeds, and insurance policies) and store them in waterproof bags. Digital copies can be uploaded to cloud storage for easy access.
By taking proactive measures and ensuring you have the right emergency supplies, you can significantly improve your safety and resilience during storm season.
Why You Should Believe Ampace Can Get You Through The Storm Season
In storm seasons, prolonged power outages can significantly affect both home life and work. Choosing a backup power supply that is both reliable and safe is crucial. As a global leader in new energy battery technology, Ampace rigorously tests its products and designs them with cutting-edge technology, ensuring continuous and stable power supply at critical moments.
Common Problems During Power Outages
Power outages caused by storms often bring a series of frustrating issues:
- Food Spoilage: When the refrigerator loses power, meat and vegetables start to thaw and may need to be thrown out after a few hours, wasting both money and effort.
- Discomfort: Without electricity, air conditioners stop working, making summers unbearably hot and winters freezing cold, turning your home into an uncomfortable place.
- Communication Disruption: Phones run out of battery and can’t be charged, cutting you off from the outside world, which is especially distressing in emergencies.
- Equipment Failure: Routers, security cameras, and even home medical devices (like ventilators) stop working due to lack of power, affecting safety and health.
These problems are particularly severe during storms because it’s hard to predict when power will be restored. You need a solution that not only solves these issues but also gives you peace of mind. The Ampace Andes 1500 is your perfect backup energy solution
Massive Capacity and Ultra-Fast Charging
The Andes 1500 is equipped with a high-capacity 1462Wh battery and utilizes Ampace’s proprietary A-Boost technology, allowing it to fully charge from an AC outlet in just 55 minutes. Additionally, it supports up to 600W of solar input, enabling rapid power restoration within 3 to 5 hours in outdoor or emergency situations.
Powerful Output and Comprehensive Safety Protection
Featuring pure sine wave output, the unit delivers continuous power up to 2400W (with a surge capacity of up to 3600W), which is sufficient to drive the vast majority of household appliances. It also includes a 20-millisecond UPS automatic switchover function that instantly transitions to battery power upon grid failure, ensuring uninterrupted operation.
Seamless Multi-Device Power
The Andes 1500 comes loaded with 13 outlets to power everything at once: 4 AC ports for your big appliances, 2x100W USB-C PD ports for fast-charging phones or laptops, 4x18W USB-A ports for smaller devices, 2x120W DC 5521 ports for specialty gear, and a 120W car outlet port for on-the-road needs. Whether it’s a blackout or a camping trip, this all-in-one solution keeps your fridge, tools, and tech humming without the hassle of extra cords or outlets. Convenience, redefined!
