Goal Zero Recalls Yeti Link Modules with EC8 Cables Due to Fire and Burn Hazards

What was recalled

In the world of portable power, reliability is everything. Whether you are camping off-grid, managing a home backup during a storm, or powering tools on a job site, you rely on your equipment to work safely and consistently. On June 20, 2024, the U.S. Consumer Product Safety Commission (CPSC) announced a significant recall involving specific products from Goal Zero, a well-known brand in the portable power space. This action affects the Yeti Link Expansion Modules and their accompanying EC8 power cables. It is important to understand exactly what items are involved so you can check your own gear with confidence.

The core of this recall centers on the Yeti Link Expansion Module, which serves as a critical bridge in Goal Zero’s ecosystem. These modules allow users to expand their battery capacity by connecting additional batteries to a Yeti Power Station or Generator. The specific model numbers for these recalled expansion modules are 98200 and 98210. If you look closely at the module, you should see "Goal Zero" printed on it alongside one of these model numbers. These modules were not sold in isolation; they were often packaged as part of kits or available for purchase separately, meaning they may have entered homes and workshops through various sales channels over time.

However, the recall does not stop at the module itself. It extends to a specific set of EC8 power cables that are designed to connect these modules. The safety issue arises from the connection point between the Yeti Link Expansion Modules and these cables. The list of affected cable models is precise: Male EC8 to Ring Cables (models 98203 and 98204), Female EC8 to Ring Cables (models 98202 and 98205), MPPTx to Tank Cables with an EC8 connector (model 98410), and 12' EC8 Extension Cables (models 98201 and 98206). If you own any combination of the recalled module models paired with these specific cable models, your setup is part of this recall.

Understanding where and how these products are used helps clarify why this recall matters. For homeowners, these modules and cables enable the connection of additional batteries to charge while plugged into a wall outlet or generator. For vehicle owners, the utility is even more specialized: the module allows wiring to the vehicle’s alternator, enabling the battery to charge while the engine is running. This makes the equipment popular for van life enthusiasts, overlanders, and professionals who need power on the go. Because these products are used in both stationary home environments and moving vehicles, they operate in diverse conditions. The fact that they were sold as kits and separately means that identifying your exact configuration is key to ensuring you are not using a hazardous product.

The hazard, explained

At the heart of this recall is a seemingly minor physical failure: the electrical connection point between the Yeti Link Expansion Module and its power cables can become dangerously hot. When these components are linked together, electricity flows through them to charge batteries or transfer power. Under normal conditions, this process generates a small amount of heat that dissipates safely. However, in the specific modules and cables affected by this recall, the design or manufacturing of the connector interface allows resistance to build up excessively at the junction where the cable plugs into the module.

In electrical terms, when connection points are not perfectly secure or are designed in a way that creates high resistance, the electrical energy that should be moving through the wire is instead converted into heat. Think of it like trying to push a large crowd of people through a narrow doorway; if the doorframe is too tight or misaligned, friction increases, and things start to get uncomfortable quickly. In this case, the "friction" is electrical resistance. As current flows through that restricted pathway, the temperature at the plug and socket rises significantly beyond what the materials can safely handle.

The plastics used in these connectors are not rated for such extreme temperatures. Consequently, the heat can cause the plastic housing to soften, warp, and eventually melt. This is not just a cosmetic issue; melting plastic means the structural integrity of the electrical connection is failing. When the plastic melts, it can expose live electrical wires that were previously insulated. This exposure creates two distinct dangers. First, if bare wires touch each other or conductive materials nearby, they can spark, potentially igniting surrounding combustible materials like vehicle upholstery, insulation, or household clutter, leading to a fire. Second, even without a full-blown fire, the components themselves become hot enough to cause severe burns to anyone who touches them during or immediately after use.

This risk is particularly concerning because these devices are often installed in vehicles, where they may be hidden behind dashboards or under seats, out of plain sight. The heat buildup can occur silently while you are driving or using the vehicle, giving no immediate warning until damage has already begun. While the CPSC notes that only minor property damage has been reported so far, the potential for escalation is real. A melted connector in a car’s electrical system can quickly spread to nearby wiring harnesses, leading to significant vehicle damage or, in worst-case scenarios, a vehicle fire while in motion. In home settings, where these modules might be tucked away in closets or near other electronics, the risk of igniting nearby flammable items remains a serious concern.

It is important to understand that this hazard does not require a malfunctioning battery or an overloaded system to occur; it is inherent to the way the recalled cables and modules connect. The physical design flaw means that even under standard operating conditions, the connection point can overheat. This is why the remedy involves replacing the entire interface mechanism with a new connector design that likely lowers resistance and manages heat dissipation more effectively, ensuring the connection remains cool and safe during normal use.

Who is most at risk

To understand who is most vulnerable in this situation, we first need to look at the specific environments where these Goal Zero Yeti Link Modules are typically deployed. These devices are not standard household gadgets; they are specialized power management components designed for two distinct, high-demand scenarios: residential energy setups and mobile vehicle installations. The primary group of people at risk includes homeowners who have invested in off-grid or backup power systems, as well as RV owners, van lifers, and boaters who rely on these modules to wire their batteries directly to a vehicle’s alternator for charging while driving.

In the context of home use, the risk is often less about immediate physical injury and more about property damage and prolonged exposure to malfunctioning equipment. These modules are used to connect additional batteries to Yeti Power Stations or generators. When installed in a home, they are often tucked away in garages, basements, or utility closets—spaces that may not be constantly monitored. If the connection between the module and the EC8 cables overheats, it can melt and potentially ignite nearby combustible materials like insulation, stored boxes, or wooden shelving. Homeowners who rely on these systems for critical backup power during outages are particularly at risk because they may be operating these devices under stress, potentially overlooking early warning signs like unusual heat or smells until damage has occurred.

The most acute physical danger, however, lies with individuals using these modules in vehicles. The recall notice specifically highlights incidents where cables melted inside a vehicle, causing minor property damage. For RV owners and travelers who live in or frequently use their vehicles, the risk is compounded by the enclosed nature of the space. A melting cable can release toxic fumes into a small, confined cabin while simultaneously creating a fire hazard near fuel lines, upholstery, or other flammable materials. Because these modules are integrated into the vehicle’s electrical system to charge batteries while driving, users may be unaware of the overheating issue until it is too late, as the process happens silently behind panels or under seats.

While no injuries have been reported in this specific recall, the potential for harm exists for anyone who spends significant time near these units. This includes not only the primary users but also family members, passengers, or guests who might come into contact with a hot module or exposed wiring. Children and pets are especially vulnerable because they may explore vehicle engine bays, garage toolboxes, or under-seat compartments where these components are installed, potentially touching melted plastic or exposed wires before an adult notices the problem. Furthermore, elderly individuals or those with limited mobility who rely on these power stations for medical equipment or essential home appliances face a unique risk if the system fails silently due to overheating, leaving them without power during critical times.

Ultimately, the people most at risk are those who have installed these specific models (98200 or 98210) in high-heat environments or enclosed spaces where they cannot easily detect early signs of failure. Whether you are powering a home office from your garage or keeping the lights on in a moving RV, recognizing that this hazard is tied to the physical connection points—and not just the battery itself—helps identify who needs to act immediately.

How to tell if you have the recalled item

Identifying whether your Goal Zero equipment is part of this safety recall requires a careful look at the physical labels on your devices and cables. Because the recall involves specific expansion modules and associated power cables, it is important to check each component individually. The primary items affected are the Yeti Link Expansion Modules and various EC8 power cables. If you have purchased these items as part of a kit or separately, you need to verify the model numbers printed directly on the hardware.

Start by locating your Yeti Link Expansion Module. This is the small module that plugs into your Yeti Power Station or Generator to allow for additional battery capacity. Look closely at the exterior of the module. The recalled units will have "Goal Zero" printed clearly on them, along with one of two specific model numbers: 98200 or 98210. If your module bears either of these numbers, it is included in this recall. It does not matter when you bought it or where you use it; if the model number matches, the item is subject to the safety notice.

In addition to the modules themselves, the recall also covers specific EC8 power cables that connect to these modules. These cables are often sold as part of installation kits for vehicles or homes. You need to check the packaging or the labeling on the cables themselves for the following model numbers:

• Male EC8 to Ring Cable: Model numbers 98203 and 98204
• Female EC8 to Ring Cable: Model numbers 98202 and 98205
• MPPTx to Tank Cable with EC8 connector: Model number 98410
• 12' EC8 Extension Cable: Model numbers 98201 and 98206

If you have any of these cable model numbers, they are also part of the recall. The modules and cables were sold both as standalone items and as kits for use in homes to connect additional batteries, as well as in vehicles to wire the modules to the vehicle alternator. Since the products were distributed widely through various retail channels, checking the model number is the only reliable way to confirm if your specific unit is affected. Do not rely on the date of purchase or the color of the casing; the model number is the definitive identifier.

If you are unsure where to find these labels, check the bottom or side of the Yeti Link module and along the length of the cables near the connectors. If you cannot locate a label or if the numbers are worn off, it is safest to assume the item might be affected and contact Goal Zero for assistance before continuing to use the equipment.

What to do — step by step

Your refund, repair, or replacement options

If you own one of the recalled Goal Zero Yeti Link modules or associated EC8 cables, you do not need to worry about paying for repairs or buying a new unit yourself. The company has established a straightforward, fully funded remedy designed to remove the hazard from your possession and replace it with a safe version at no cost to you. Specifically, Goal Zero is offering a free replacement kit to every affected consumer. This kit is comprehensive; it includes a brand-new Yeti Link module along with all the necessary cables that feature a newly designed connector intended to prevent the overheating issue found in the original units. By providing both the module and the correct cabling, they ensure you can restore your power system’s functionality without having to hunt for compatible parts or worry about mixing old and new components.

The process to claim this remedy is handled entirely through Goal Zero’s customer support channels, and they have taken significant steps to make it as easy as possible. You will need to register at www.goalzero.com/pages/notices-recalls. Once you complete this registration, Goal Zero will mail a box with prepaid postage directly to your address. This removes the burden of shipping costs and logistics from you. However, there is one important condition you must follow: you cannot simply receive the new kit and keep the old one. Goal Zero requires that you return the recalled module before they dispatch your replacement kit. This ensures that the hazardous units are properly removed from circulation and destroyed or recycled safely. Once you have returned the old module using the provided prepaid shipping materials, they will mail out your free replacement kit.

For those who prefer to communicate via email or phone, Goal Zero is available toll-free at 888-794-6250 from 8 a.m. to 5 p.m. CT, Monday through Friday. You can also reach them via email at support@goalzero.com. If you navigate to their main website at www.goalzero.com, you can find more information by clicking on "Notices/Recalls" under the Support column at the bottom of the page. It is worth noting that Goal Zero is already contacting all known purchasers directly, so keep an eye on your mail or inbox for their communication. Regarding the cables themselves, you do not need to return them to the company. The recall instructions state clearly that all recalled cables can be discarded in your regular household trash. This simplifies the cleanup process, allowing you to safely dispose of the wiring while you wait for your new module to arrive.

The reason for this specific remedy structure—requiring the return of the module but not the cables—is primarily safety and quality control. The module is the core component where the overheating risk originates, so retrieving it is critical to stopping potential fires. The cables, while part of the defective system, do not pose the same immediate fire risk once disconnected and can be safely trashed. This approach balances thorough hazard removal with consumer convenience. By following these steps, you ensure that your power station or vehicle charging setup remains safe and reliable, backed by a company that is standing behind its product’s safety record.

What can happen if you ignore it

When you continue to use a recalled Yeti Link module or its associated EC8 cables, you are not just risking the loss of your equipment; you are actively inviting a dangerous electrical failure into your home or vehicle. The core issue with these specific Goal Zero products is that the physical connection point between the expansion module and the power cables can overheat. This is not a minor glitch where the device simply stops working. Instead, the metal contacts inside that connector can get hot enough to melt the plastic insulation surrounding them. Once that plastic melts, the safety barrier is gone, leaving bare, live wires exposed.

In a vehicle setting, this is particularly frightening because you are dealing with a confined space filled with combustible materials. As reported by Goal Zero, there have already been two confirmed incidents where these cables melted inside vehicles. While no injuries were reported in those specific cases, the result was minor property damage to the car’s interior or wiring harness. Imagine the scenario if that melting wire ignites nearby upholstery, dashboard components, or fuel lines. The heat generated by an electrical short can spread rapidly, turning a small connection failure into a full-blown vehicle fire while you are driving or sleeping in your camper.

In a home environment, the risks are equally severe but perhaps more insidious because we often leave power stations charging overnight or in garages. If the connector melts and sparks, it can easily catch fire on nearby furniture, carpets, or storage items. A fire starting from a battery charging station is especially dangerous because lithium-ion batteries, which these Yeti Power Stations use, can become unstable when exposed to extreme heat. This creates a compounding hazard: you might start with a melted cable, but that could lead to a battery thermal event, which is much harder to extinguish and more violent than a standard electrical fire.

Ignoring the recall also means you are bypassing a free, critical safety upgrade. Goal Zero’s remedy involves sending you a new module and cables with a redesigned connector specifically engineered to prevent this overheating. By doing nothing, you are effectively choosing to keep using a known defect until it causes harm. There is no upside to waiting. The two reported incidents of property damage were likely just the beginning of what could happen if the defect remains unaddressed in thousands of other units currently in use. Please do not gamble with your safety for the sake of convenience; the cost of ignoring this warning is potentially your home, your vehicle, or your well-being.

Staying safe: broader tips

While the specific recall of Goal Zero Yeti Link modules addresses a distinct manufacturing defect, the underlying issue—electrical connections overheating—is a hazard that extends far beyond this single product line. Whether you are powering a home office, running a camper van, or managing off-grid solar equipment, understanding how to maintain safe electrical habits can prevent fires and burns before they start. The key lies in recognizing that every electrical connection is a potential point of failure if it is not properly secured, cooled, or rated for the load it carries.

First and foremost, always ensure that you are using cables and connectors specifically rated for your application. In the context of portable power stations and expansion modules, this means matching the amperage and voltage requirements of your device with the capacity of your cables. Using a cable that is too thin for the current being drawn will cause it to heat up rapidly, just as a narrow pipe struggles to handle high water pressure. Never use adapters or extensions that are not explicitly designed for the same system. Mixing brands or models can lead to poor contact points, which increases electrical resistance and generates dangerous heat. If a connector feels warm to the touch during normal use, it is a clear warning sign that the connection is loose or that the components are incompatible.

Proper ventilation is another critical factor often overlooked in portable power setups. Lithium-ion batteries and their associated expansion modules generate heat during charging and discharging cycles. These devices need adequate airflow to dissipate that heat safely. Avoid covering your power station with blankets, clothing, or other insulation materials. Keep the units on hard, non-flammable surfaces like concrete, tile, or metal rather than on carpets or wooden tables that can trap heat. If you are installing modules in a vehicle, ensure they are mounted away from direct sunlight and engine heat sources, and do not bundle cables tightly together; let them breathe.

Regular visual inspections of your power equipment can catch small issues before they become major hazards. Look for frayed wires, cracked insulation, or discoloration on plugs and ports. Discoloration, often appearing as yellowing or blackening around the connection points, is a sign that the plastic has been exposed to excessive heat. If you notice any of these signs, stop using the equipment immediately. Do not attempt to repair damaged cables with electrical tape; replace them entirely with manufacturer-approved parts.

Finally, stay informed about product safety through official channels. The Consumer Product Safety Commission (CPSC) and manufacturers regularly issue recalls for items that may pose risks even if they appear to be working correctly. Sign up for email alerts from the brands you purchase from, and periodically check the CPSC website for new recall notices. Being proactive about your electrical equipment’s maintenance and safety status is one of the most effective ways to protect your home and family.