We’ve all felt that sting when the electricity bill arrives, especially when you’re certain you’ve been conscientious about turning things off. But here’s the hidden culprit lurking in plain sight: phantom load. Those seemingly dormant electronics – the coffee maker with its digital clock, the entertainment system waiting for a remote signal, the office printer in sleep mode – are quietly siphoning power 24/7. This “vampire energy” isn’t just an abstract concept; it can account for a significant chunk of your monthly bill, often adding up to hundreds of dollars annually without you ever noticing a single device actively running. The frustration is real, but the solution is more accessible than ever.
The key to tackling this invisible drain isn’t guesswork; it’s visibility. Traditional power strips simply offer more outlets without insight. Enter the intelligent evolution: energy monitoring power strips. These aren’t just surge protectors; they’re diagnostic tools for your home’s energy health. By providing real-time and historical data on exactly how much power your plugged-in devices consume – both when active and while pretending to be off – these devices transform you from a passive consumer into an empowered energy manager. Understanding where and how much you’re wasting is the crucial first step towards meaningful savings and a more efficient home.
Top 10 Energy Monitoring Power Strips
Detailed Product Reviews
1. Kasa Smart Plug Power Strip HS300, Surge Protector with 6 Individually Controlled Smart Outlets and 3 USB Ports, Works with Alexa & Google Home, No Hub Required
Overview: The Kasa HS300 is a robust smart power strip designed for comprehensive home or office automation, offering nine total ports with intelligent control and energy management features without requiring a separate hub.
What Makes It Stand Out: Its standout features include six individually controllable smart outlets (allowing precise per-device scheduling and monitoring), built-in surge protection, and real-time energy monitoring per outlet via the Kasa app. Seamless integration with Alexa, Google Assistant, and Microsoft Cortana enables versatile voice control.
Value for Money: Priced competitively against basic smart plugs, the HS300 delivers exceptional value by consolidating nine ports into one unit with advanced energy tracking. While pricier than non-monitoring strips, the ability to identify and cut phantom loads justifies the cost over time, especially for tech-heavy setups.
Strengths and Weaknesses: Strengths: Reliable app control, granular energy data, robust surge protection, no hub needed. Weaknesses: Bulky design may obstruct adjacent outlets, USB ports lack fast charging (5V/2.4A), and the app lacks Matter support limiting future-proofing.
Bottom Line: Ideal for users seeking detailed energy insights and multi-device control; a premium yet justified investment for smart home enthusiasts needing reliability and actionable data.
2. Tapo Smart Wi-Fi Power Strip - Matter Compatible, Energy Monitoring, Surge Protection, 6 Individually Controlled Outlets & 3 USB Ports, Works with Alexa, Google Assistant, Siri & Bixby - Tapo P316M
Overview: The Tapo P316M is a next-gen smart power strip emphasizing universal compatibility and space-saving design, featuring six controllable AC outlets, three USB ports, and Matter certification for seamless smart home integration.
What Makes It Stand Out: Matter certification ensures effortless interoperability across Apple HomeKit, Google Home, Alexa, and SmartThings. Its slim, flush-fitting plug and 3-foot cord enable discreet placement behind furniture. Overcharge prevention and per-outlet energy monitoring further enhance its utility.
Value for Money: Slightly higher priced than non-Matter alternatives, but the unparalleled cross-platform compatibility and sleek design justify the premium. Energy tracking and scheduling can reduce bills, while the robust build quality ensures longevity, outperforming budget strips in versatility.
Strengths and Weaknesses: Strengths: Future-proof Matter support, compact design, comprehensive energy insights, overcharge prevention. Weaknesses: USB ports share limited amperage (2.4A total), initial Matter setup can be technical, and surge protection specs are less detailed than competitors.
Bottom Line: A top choice for multi-ecosystem smart homes prioritizing space efficiency and universal control; highly recommended for tech-savvy users seeking hassle-free integration.
3. Smart Strip ECG-7MVR Energy Saving Surge Protector with Autoswitching Technology, 7 Outlet
Overview: The Smart Strip ECG-7MVR is a non-WiFi, energy-saving surge protector focused on automatic power management for home theater or office setups, using autoswitching technology instead of app control.
What Makes It Stand Out: Its unique autoswitching system uses a “control outlet” (e.g., for a PC) to automatically power on/off four “switched outlets” (for peripherals) based on the master device’s energy draw. User-adjustable sensitivity via a screw dial ensures compatibility with low-power devices like TVs.
Value for Money: Extremely cost-effective for eliminating phantom loads without app dependency. At a fraction of smart strip prices, it delivers tangible energy savings for basic setups, though it lacks remote control or monitoring—ideal for users wanting simplicity and reliability.
Strengths and Weaknesses: Strengths: Zero setup, effective energy savings, right-angle plug for tight spaces, resettable circuit. Weaknesses: No smart features (app/voice), limited to one master device, and only two always-on outlets restrict flexibility for essential devices.
Bottom Line: Best for non-tech users seeking effortless energy reduction; a practical, no-frills solution if app control isn’t required, but avoid if smart home integration is desired.
4. kasa smart Plug Power Strip KP303, Surge Protector with 3 Individually Controlled Smart Outlets and 2 USB Ports, Works with Alexa & Google Home, No Hub Required , White
Overview: The Kasa KP303 is a compact smart power strip offering essential app-based control for smaller spaces, featuring three individually controllable outlets, two USB ports, and Kasa’s user-friendly ecosystem.
What Makes It Stand Out: Its space-conscious design fits bedside tables or desks effortlessly, while Kasa’s polished app enables per-outlet scheduling, timers, and voice control via Alexa/Google. ETL-certified surge protection adds reliability for sensitive electronics in constrained environments.
Value for Money: Positioned as an entry-level smart strip, its lower price point suits modest needs. The inclusion of USB ports and robust scheduling features offers better value than single-outlet smart plugs, though energy monitoring is absent—a trade-off for affordability.
Strengths and Weaknesses: Strengths: Sleek, unobtrusive design, intuitive scheduling, reliable voice control, no hub required. Weaknesses: No energy monitoring, USB ports lack fast charging, and limited to three controllable outlets for larger setups.
Bottom Line: Perfect for dorms, nightstands, or small offices needing basic smart control; a budget-friendly gateway to home automation but insufficient for energy-conscious or high-device users.
5. CyberPower P705G Energy-Saving Surge Protector Power Strip, 2100J/125V, 7 Outlets, 5ft Power Cord Black
Overview: The CyberPower P705G is a non-smart, energy-saving surge protector targeting home offices and entertainment systems, emphasizing safety, surge suppression, and automatic peripheral shutoff via its master-slave outlet design.
What Makes It Stand Out: Its “energy-saving outlets” auto-power down peripherals when the master device (e.g., PC) sleeps, reducing standby consumption. Key features include 2100J surge protection, EMI/RFI filtering, safety covers, and a standout $250,000 connected equipment guarantee backed by a lifetime warranty.
Value for Money: Exceptional value for non-smart solutions. The robust warranty and high joule rating surpass most competitors at this price, making it ideal for safeguarding expensive electronics. However, the lack of app control or USB ports limits appeal for modern smart homes.
Strengths and Weaknesses: Strengths: Industry-leading warranty, effective energy saving, safety covers, EMI filtering. Weaknesses: No smart features, threshold switch requires manual tuning, and fixed outlet layout may cause cord clutter.
Bottom Line: Highly recommended for PC/workstation setups prioritizing hardware protection and passive energy savings; skip if remote control or USB charging is essential.
6. Eve Energy Strip - Smart Triple Outlet & Power Meter for Apple Home, Built-in Schedules & Switches, Surge Protection, overcurrent Protection, overvoltage Protection, Energy metering
Overview:
The Eve Energy Strip is a premium Apple HomeKit-exclusive smart power strip designed for iOS-centric smart homes. It integrates seamlessly into the Apple ecosystem, offering independent control of three widely spaced outlets alongside detailed energy monitoring. Built with robust hardware protections, it targets users prioritizing privacy and deep HomeKit integration.
What Makes It Stand Out:
Its standout feature is granular energy tracking per outlet, translating usage into cost projections via the Eve app. Native Siri voice control, HomeKit Secure Remote Access (no cloud dependence), and precise scheduling—like simulating occupancy—provide unparalleled Apple ecosystem synergy. Military-grade encryption ensures data privacy, while surge/overcurrent protections safeguard devices.
Value for Money:
Priced higher than generic smart strips, it justifies cost through exclusive HomeKit depth, reliable energy analytics, and Apple’s security standards. For non-Apple users, alternatives may suffice, but iOS devotees gain unmatched integration without third-party hubs.
Strengths and Weaknesses:
Strengths: Exceptional HomeKit integration; accurate per-outlet energy monitoring; robust physical protections; intuitive scheduling; strong privacy.
Weaknesses: iOS/iPadOS mandatory (excludes Android); no standalone app; limited to three outlets; requires Home Hub for remote access.
Bottom Line:
Ideal for Apple ecosystem loyalists seeking secure, detailed energy management. Its niche focus and premium price limit broader appeal, but within its target market, it’s a top-tier choice for safety, privacy, and functionality.
7. Zooz Z-Wave Long Range Power Strip ZEN20 800LR with Energy Monitoring and 2 USB Ports | Works with Z-Box, Hubitat, Home Assistant, Compatible with SmartThings
Overview:
The Zooz ZEN20 800LR is a Z-Wave Long Range (ZWLR) power strip tailored for advanced smart home users with compatible hubs. It controls five outlets, monitors energy usage, and includes USB ports, emphasizing security and extended wireless range for reliable automation in larger homes.
What Makes It Stand Out:
ZWLR technology delivers exceptional signal coverage and speed (if hub-supported), surpassing standard Z-Wave. S2 security protocol ensures encrypted communication, while per-outlet energy tracking enables precise usage insights. Unique USB status reporting (charging/charged) via email adds convenience, and the flat plug design aids discreet installation.
Value for Money:
Competitively priced for a ZWLR device, it offers robust value for Z-Wave enthusiasts. The energy monitoring, security features, and hub flexibility (Home Assistant, Hubitat) justify the cost versus basic strips, though the mandatory hub (sold separately) increases total investment.
Strengths and Weaknesses:
Strengths: Superior ZWLR range and reliability; detailed energy monitoring; strong S2 security; USB status alerts; ETL safety certified.
Weaknesses: Requires Z-Wave hub (not SmartThings alarm panels); USB ports lack Z-Wave control; hub complexity may deter beginners; no voice assistant direct support.
Bottom Line:
A powerhouse for Z-Wave LR adopters needing reliable, secure automation with energy insights. Avoid if you lack a compatible hub, but otherwise, it’s an excellent investment for scalable, future-proof smart homes.
8. GHome Smart Power Strip, WiFi Surge Protector with 6 Individually Controlled Outlets, 3 USB Ports, Compatible with Alexa & Google Home
Overview:
The GHome Smart Power Strip is a versatile, hub-free WiFi solution with six independently controlled outlets, three USB ports (including 30W USB-C), and broad voice assistant compatibility. Designed for simplicity, it targets users seeking easy setup and flexible control without additional hardware.
What Makes It Stand Out:
Its standout trait is direct 2.4GHz WiFi connectivity—no hub needed—paired with robust Alexa/Google Assistant support. The 30W USB-C fast charging, spacious outlet layout (accommodating bulky adapters), and angled flat plug enhance practicality. Custom per-outlet scheduling via app optimizes energy savings effortlessly.
Value for Money:
Offers strong value with its six smart outlets, fast USB-C, and no-hub requirement at a mid-range price. It undercuts premium HomeKit/Z-Wave strips while providing comparable core smart features, making it ideal for budget-conscious users seeking mainstream compatibility.
Strengths and Weaknesses:
Strengths: No hub required; excellent voice/app control; 30W USB-C fast charging; spacious outlet design; reliable surge protection.
Weaknesses: WiFi-only (no Bluetooth/Z-Wave); limited to 2.4GHz network; no energy monitoring; USB ports lack scheduling.
Bottom Line:
A superb choice for beginners or those in Alexa/Google ecosystems wanting hassle-free, individual outlet control. Lacks advanced analytics but excels in simplicity, safety, and value for everyday smart home use.
9. 6 Ft Extension Cord Power Strip, Teiobar Surge Protector with 12 AC Outlets and 4 USB Ports for Home, Office, Dorm Essentials, 1875W/15A, 2700 Joules, ETL Listed, Black
Overview:
The Teiobar Surge Protector is a high-capacity, non-smart power strip focused on robust surge protection and abundant connectivity. With 12 widely spaced AC outlets, 4 USB ports (including dual USB-C), and a 6-foot cord, it’s engineered for dense device setups in homes, offices, or dorms.
What Makes It Stand Out:
Its triple-layer surge protection (TVS, MOV, GDT) absorbs 2700 joules—exceeding basic MOV-only strips—ensuring superior device safety. The 2-inch spacing for large adapters, ETL certification, and flame-retardant housing (1382°F rated) highlight its reliability. USB auto-detection optimizes charging speeds across devices.
Value for Money:
An exceptional value for a pure surge protector, offering premium safety features at an affordable price. While lacking smart capabilities, its 12 outlets, robust build, and 12-month warranty make it a cost-effective workhorse compared to basic strips with weaker protection.
Strengths and Weaknesses:
Strengths: Industry-leading 2700J triple-layer surge protection; 12 spacious outlets + 4 USB ports; ETL safety certified; durable flame-retardant housing; excellent value.
Weaknesses: Zero smart features (no app/voice control); USB ports lack fast-charging specs (max 3A total); no energy monitoring or scheduling.
Bottom Line:
The go-to choice for non-smart, high-demand environments needing maximum outlets and top-tier surge defense. Skip if you want smart features, but for pure safety and capacity, it’s unmatched in its class.
Understanding Phantom Energy and Why Monitoring Matters
The Silent Drain of Standby Power
Most modern electronics don’t truly power down. They enter a standby mode, maintaining features like clocks, remote sensors, or instant-on capabilities. This standby consumption, often called vampire power or phantom load, operates continuously, even when the device appears off. Think about your living room setup: the TV, soundbar, game console, and streaming devices – each might only draw a few watts individually in standby, but collectively, they can easily add 20-50 watts per hour, every single hour. Multiply that by the number of such clusters in your home, and the annual cost becomes startlingly clear.
Quantifying the Impact on Your Bills
While a single watt here or there seems negligible, the cumulative effect is substantial. Industry studies consistently show that phantom load can constitute 5-10% of a typical household’s annual electricity consumption. For the average American home, this translates to potentially $100-$200 or more wasted every year – money literally bleeding out of your outlets. Without precise measurement, this waste remains invisible, making it impossible to target effectively. Guessing which devices are the worst offenders is rarely accurate; objective data is essential.
How Monitoring Empowers Proactive Savings
Energy monitoring power strips act as your personal energy detective. Instead of wondering if unplugging that secondary fridge is worth the effort, or if your gaming rig is sipping power overnight, you get concrete numbers. Seeing a real-time readout showing 45 watts consumed by a “sleeping” home theater system provides undeniable motivation to take action. This data-driven awareness is the foundation for making informed decisions that lead to tangible reductions in consumption and cost.
Key Features to Evaluate When Choosing a Monitor
Real-Time Power Consumption Display
The most fundamental feature is the ability to see current power draw, typically measured in watts (W) or kilowatts (kW). A clear, easy-to-read display (whether on the strip itself or via an app) showing instantaneous usage is non-negotiable. This immediate feedback is crucial for identifying high-draw devices and verifying the impact of turning things off. Look for displays that are bright enough to read in various lighting conditions.
Cumulative Energy Tracking and Cost Estimation
Beyond the momentary snapshot, the ability to track energy usage over time (daily, weekly, monthly) is vital. The best units calculate cumulative kilowatt-hours (kWh) consumed – the unit your utility company charges for. Even more valuable are models that allow you to input your local electricity rate, translating kWh directly into estimated cost. Seeing that your home office cluster costs $1.25 per week just in standby makes the abstract concept of energy waste very concrete.
Individual Outlet Monitoring vs. Whole-Strip Monitoring
This is a critical distinction. Basic models monitor the entire strip’s total load. While useful, they don’t tell you which specific device is the energy hog. Advanced strips offer per-outlet monitoring, providing separate power, energy, and cost data for each socket. This granular insight is invaluable for pinpointing exactly which device in a cluster (like your printer vs. monitor vs. speakers) is responsible for the phantom drain, allowing for targeted action.
Data Logging and Historical Analysis
The power of monitoring lies in trends. Units with data logging capabilities store historical usage patterns. Being able to review last week’s consumption, compare weekday vs. weekend usage, or see how a new habit (like turning off the entertainment center completely) impacts the numbers provides deep insight into your energy profile and the effectiveness of your conservation efforts.
Wireless Connectivity and App Integration
Smart connectivity (Wi-Fi or Bluetooth) paired with a dedicated mobile app significantly enhances usability. It allows you to monitor energy use remotely from your phone, receive notifications (e.g., if a device left on exceeds a set threshold), generate detailed reports, and integrate data into broader smart home energy management systems. This convenience encourages regular engagement with your energy data.
Installation and Practical Usage Considerations
Physical Placement and Cord Length
Consider where you’ll deploy the strip. Will it be behind furniture, under a desk, or in a closet? Ensure the unit’s physical size fits the space and that the cord length is sufficient to reach your wall outlet without strain. Some strips have outlets arranged in a way that accommodates bulky power adapters better than others – look for spaced-out or rotated outlets if you have large “wall warts.”
Surge Protection Capabilities
Never sacrifice essential protection for monitoring features. Verify the strip includes robust surge suppression, measured in joules (look for 1000+ joules for adequate protection of sensitive electronics). Ensure it has an indicator light showing the surge protection is still active. Remember, the monitoring function is useless if a power spike fries your equipment.
Outlet Count and Type Configuration
Assess how many devices you typically group together in a cluster (e.g., home theater, office desk, entertainment center). Choose a strip with enough outlets to accommodate your needs, plus potential future additions. Also, consider if you need specific outlet types like USB charging ports (though these usually aren’t individually monitored) or outlets suited for large adapters.
Ease of Setup and User Interface
A complex setup process or confusing interface will deter regular use. Look for straightforward initial configuration, especially for smart models connecting to your home network. The display (on-unit or app) should present data intuitively. Can you easily switch between viewing real-time watts, daily kWh, or cost? Is the app navigation logical? Simplicity encourages consistent monitoring.
Advanced Capabilities for Enhanced Control
Automated Scheduling and Timers
Some advanced strips go beyond monitoring to offer automated control. Built-in timers or scheduling features allow you to program outlets to turn off during specific hours when devices aren’t needed (e.g., turning off the entire entertainment center strip overnight or during work hours). This automates savings for devices you consistently forget to unplug.
Motion or Presence-Based Automation
Integrated with smart home systems, certain strips can leverage motion sensors or presence detection. For instance, outlets powering a home office setup could automatically power down peripherals when no motion is detected for a set period, or power up your morning coffee station when your smartwatch senses you’re awake. This adds a layer of intelligent, hands-off energy management.
Voice Control Integration
Compatibility with voice assistants (like Alexa or Google Assistant) allows for simple verbal commands. You could ask, “Alexa, how much power is my entertainment center using?” or “Hey Google, turn off the office strip.” While primarily for convenience, this seamless integration can make managing energy use feel effortless.
Remote Control and Smart Home Ecosystems
Wi-Fi enabled strips allow you to turn outlets on or off remotely via your smartphone app. Forgot to turn off the space heater? Power down your home office cluster from work? This capability prevents unnecessary waste. Furthermore, integration with platforms like Apple HomeKit, Google Home, or Samsung SmartThings enables creating complex energy-saving automations within your broader smart home routine.
Maximizing Your Investment: Usage Strategies
Identifying High-Impact Clusters First
Don’t try to monitor everything at once. Start by targeting the “energy vampires” known for high standby consumption: entertainment centers (TVs, cable boxes, game consoles, sound systems), home offices (computers, monitors, printers, chargers), and kitchen counters (coffee makers, microwaves, chargers). Placing a monitor here yields the most significant and noticeable savings potential.
Establishing Baseline Measurements
Before making any changes, use the monitor to establish a baseline. Track the 24/7 consumption of a cluster, especially during periods when you know everything is “off” (standby mode). This quantifies your starting point and provides concrete evidence of the phantom load problem specific to your setup.
Implementing Targeted Action Based on Data
Armed with your baseline data, take action. For devices with high standby draw identified through per-outlet monitoring, consider:
- Manual Unplugging: For infrequently used items.
- Using Switched Outlets: Plug high-draw standby devices into outlets controlled by the strip’s master switch.
- Leveraging Scheduling: Automate shutdowns for predictable non-use periods.
- Replacing Old Devices: If a device has excessive standby consumption, factor this into replacement decisions.
Tracking Progress and Behavioral Changes
After implementing changes, continue monitoring the same cluster. Compare the new consumption data against your baseline. Seeing a 30% reduction in standby load provides positive reinforcement and validates your efforts. Use this data to refine your strategies and tackle the next energy-wasting cluster.
Long-Term Energy Habit Formation
Consistent monitoring fosters greater overall energy awareness. You start to develop an intuition for which devices are likely energy hogs. This awareness spills over into other areas of home energy use, encouraging habits like turning off lights, optimizing thermostat settings, and making more informed choices when purchasing new electronics based on their potential standby consumption.
Frequently Asked Questions
Frequently Asked Questions
How much money can I realistically save with an energy monitoring power strip? Savings vary significantly based on your specific devices, usage patterns, and local electricity rates. By identifying and eliminating phantom loads in key clusters (like entertainment or office setups), many users see reductions of 5-15% in the energy consumption of those specific areas. Over a year, this can translate to $25-$100+ in savings per monitored cluster, often paying for the strip itself within the first year or two of dedicated use.
Are these strips difficult to set up, especially the smart models? Basic models with on-strip displays are typically plug-and-play: plug it in, plug in your devices, and read the display. Smart models requiring Wi-Fi/app setup involve a few extra steps (downloading the app, connecting to your home network), but manufacturers generally provide clear instructions. Most users find the setup process comparable to setting up other common smart home devices and well worth the minor initial effort for the ongoing insights.
Will the monitoring function itself use a noticeable amount of power? The power consumed by the monitoring electronics within the strip is extremely minimal, usually less than 0.5 watts. This is negligible compared to the phantom loads (often 5-50+ watts) they help you identify and eliminate. The energy used to measure the waste is far less than the waste you uncover.
Can I use these strips for high-power appliances like space heaters or air conditioners? Generally, no. Energy monitoring power strips are designed for typical electronic devices (computers, TVs, chargers, lamps). They have maximum load ratings (usually 12-15 amps, 1800-1875 watts). High-power appliances like space heaters, air conditioners, microwaves, or hair dryers often exceed these limits and should never be plugged into a power strip, monitored or otherwise, due to fire risk. Always check the strip’s maximum wattage/amperage rating.
Do I need per-outlet monitoring, or is whole-strip monitoring sufficient? Whole-strip monitoring shows total cluster consumption, which is useful for seeing overall impact and identifying if a cluster has a significant phantom load. However, per-outlet monitoring is vastly superior for diagnosing the problem. Without it, you won’t know which device in the cluster is the culprit, making targeted action much harder. If your budget allows, per-outlet monitoring provides significantly more actionable data.
How accurate are the energy measurements and cost estimates? Reputable brands design these strips to meet industry accuracy standards (typically within 1-3% for power measurement). Cost estimates depend entirely on the accuracy of the electricity rate you input into the device or app. The kWh measurements are generally reliable for identifying trends and relative consumption; for absolute billing accuracy, your utility meter is the definitive source, but these strips are excellent for comparative analysis.
Can these strips protect my devices from power surges? Yes, but only if the specific model you choose includes surge protection (look for the joule rating). Not all energy monitoring strips are surge protectors! Always verify the joule rating (1000+ joules is a good minimum for electronics) and ensure it has an indicator light showing the protection is active. The monitoring feature is separate from surge protection – one does not imply the other.
Is it safe to leave these strips plugged in 24/7? Yes, it is safe and necessary for them to function correctly. Like any certified electrical device designed for continuous operation (such as a standard surge protector), they are built to handle being plugged in constantly. Ensure you purchase from reputable brands that meet safety certifications (UL, ETL, etc.) and avoid covering the strip or blocking ventilation.
Will using a monitoring strip slow down my internet or affect my Wi-Fi? Smart energy monitoring strips use minimal bandwidth, primarily for sending usage data and receiving commands. They typically connect via your home Wi-Fi but consume very little data (similar to other simple smart home sensors). Under normal conditions, they should have no noticeable impact on your internet speed or overall Wi-Fi network performance.
Can I use these strips with devices that have motors or compressors, like fans or refrigerators? It’s generally not recommended to plug devices with motors (fans, some pumps) or compressors (refrigerators, freezers) into any power strip, including monitoring strips, unless the strip and the appliance manufacturer explicitly state it’s safe. These devices can cause high inrush currents when starting, potentially tripping the strip’s breaker or damaging it. They are best plugged directly into a wall outlet. Always prioritize the safety guidelines for the specific appliance.