Authorized Reseller Statement
Authorized Reseller Statement
What This Means for You
As an authorized reseller, VoltEdge Industries is permitted to sell the brands in our catalog and to pass full manufacturer warranties to end customers. When you purchase from us, your warranty is valid — you do not need to purchase directly from the manufacturer to receive warranty coverage.
Specifically, purchasing through an authorized reseller like VoltEdge means:
- Full manufacturer warranty is honored — no "sold by unauthorized seller" warranty voids
- Legitimate chain of custody — products trace directly from manufacturer to authorized distributor to VoltEdge to you
- Accurate product specifications — we receive official product data and are not relying on third-party descriptions
- Access to manufacturer technical support — where the manufacturer offers direct installer support, your purchase through VoltEdge qualifies you for access
Brands We Are Authorized to Resell
VoltEdge Industries maintains active reseller agreements with the manufacturers and brands whose products appear on our website, including the inverter and battery lines from our primary suppliers. Specific brand authorization documentation is available upon request for commercial and contractor accounts.
For trade and contractor accounts requiring formal documentation of our reseller status for project permitting or installer certification purposes, please contact us at info@voltedgeindustries.com or call +1 (307) 310-7762.
Warranty Registration
Some manufacturers require product warranty registration within a set period after purchase. Where this is required, the product documentation included in your shipment will provide instructions. VoltEdge can assist with warranty registration questions — contact our support team if you need help.
Counterfeit Products Notice
VoltEdge Industries does not purchase from, and takes no responsibility for, products sold by unauthorized third parties claiming to represent our brands. If you are comparing our products to lower-priced listings elsewhere, verify the seller's authorization status before purchasing. Uncertified or counterfeit solar equipment poses serious safety and performance risks.
Contact for Reseller Verification
If you are a solar installer, EPC contractor, or procurement professional who needs to verify our reseller status before placing a commercial order, we welcome that inquiry.
Email: info@voltedgeindustries.com
Phone: +1 (307) 310-7762
Business hours: Monday–Friday, 10am–5:30pm EST
How to Size a Portable Power Station or Battery Bank
Choosing the right portable power station or battery bank starts with understanding two important specifications: capacity and output. Capacity, measured in watt-hours (Wh), determines how much energy the battery can store, while output, measured in watts (W), determines how much power it can supply at one time. Selecting the correct combination ensures your equipment can run your devices reliably without paying for more capacity than you actually need.
The first step is calculating your daily energy consumption. Make a list of every device you plan to power, note its wattage, and estimate how many hours per day it will be used. Multiply the wattage of each device by the number of hours it operates, then add everything together. This gives you your total daily energy requirement in watt-hours.
Once you know your daily energy usage, you can determine the battery capacity you need. Because all power systems experience some energy loss during conversion and operation, it's wise to include a safety margin. Dividing your daily energy requirement by 0.85 provides a practical estimate of the minimum battery capacity required for reliable performance.
Output power is equally important. A battery may have enough stored energy to run your devices for hours, but it must also be capable of delivering sufficient power at any given moment. The power station's continuous output rating should exceed the combined wattage of all devices operating simultaneously. Appliances with motors or compressors, such as refrigerators, pumps, and power tools, often require two to three times their rated power during startup, so additional surge capacity should be considered.
For example, a mini-fridge consuming approximately 60 watts around the clock uses about 1,440 watt-hours per day. Adding roughly 300 watt-hours for charging phones and laptops brings the total daily consumption to about 1,740 watt-hours. After accounting for system losses, a battery capacity of approximately 2,050 watt-hours would be recommended. In this situation, a power station in the 2,000Wh class, especially when paired with solar charging, would be an excellent choice.
As a general guideline, power stations between 300Wh and 600Wh are suitable for charging phones, laptops, lights, and other small electronics during camping trips or emergencies. Units around 1,000Wh are better suited for RV use, small refrigerators, fans, and short power outages. For home backup, off-grid applications, or powering multiple appliances, a system with 2,000Wh or more is often the best option.
If you plan to recharge using solar panels, daily solar production can be estimated by multiplying the panel wattage by the number of peak sun hours and then applying a real-world efficiency factor of about 70 percent. For instance, a 400W solar array receiving five hours of peak sunlight can generate approximately 1,400Wh of usable energy per day.
If you're unsure which size is right for your needs, provide a list of the devices you want to power and their daily usage. Our team can help you determine the most suitable power station or battery solution for your application.