Answer Buyer Questions Directly
Learn why energy-saving power management and quality electrical protection matter for your home and workplace.
Many electronic devices continue to draw electricity even when they appear to be turned off. This hidden consumption is known as standby power or “phantom energy.”
An Advanced PowerStrip (APS) automatically detects when a primary device—such as a computer or television—is turned off and cuts power to connected peripherals like printers, speakers, or monitors.
By eliminating unnecessary standby power, an APS can:
- Reduce wasted electricity in homes and offices
- Lower energy bills by up to $100 per year in some setups
- Reduce carbon emissions associated with wasted energy
- Extend the lifespan of connected electronics
Rather than relying on users to unplug devices manually, an APS automates energy savings.
Phantom energy (also called standby power or vampire power) refers to electricity consumed by devices that are plugged in but not actively being used.
Common examples include:
- TVs and entertainment systems
- Desktop computer workstations
- Game consoles
- Chargers and small appliances
Across a household or office, this invisible energy waste can account for 5–10% of total electricity usage.
TrickleStar solutions are designed to automatically eliminate this waste, helping organisations and homeowners reduce unnecessary energy consumption.
Not all power strips are built to the same safety or quality standards.
Low-cost power strips often use lower-grade internal components, which may increase the risk of:
- Electrical overheating
- Component failure
- Fire hazards
- Damage to connected electronics
A power strip is responsible for distributing electricity safely to multiple devices. When the internal circuitry is poorly designed or constructed with inferior materials, the risk of malfunction increases.
TrickleStar designs its products with high-quality internal components and robust safety mechanisms, including ceramic elements that help ensure safer operation.
Improperly designed or overloaded power strips can pose fire risks.
According to fire safety resources, thousands of home fires each year are linked to electrical distribution devices, including extension cords and power strips.
Potential causes include:
- Overloaded circuits
- Poor internal insulation
- Low-quality materials
- Heat buildup in internal components
Safety organisations recommend using high-quality, certified products and avoiding cheap or poorly designed power strips.
For additional safety information, see these safety resources:
A fail-safe design means that if a device experiences an internal fault or abnormal condition, it is engineered to fail in a controlled and safe manner rather than causing dangerous outcomes such as fire or electrical damage.
In the context of power strips, fail-safe design helps ensure that:
- Electrical faults do not escalate into hazardous situations
- Internal components prevent overheating
- Protective features activate when abnormal conditions occur
TrickleStar incorporates design elements intended to prioritise safety, reliability, and long-term performance.
Electronic devices are vulnerable to voltage spikes, commonly known as power surges.
These spikes can be caused by:
- Lightning strikes
- Power grid fluctuations
- Large appliances cycling on and off
- Electrical faults in buildings
A surge can occur in a fraction of a second but may permanently damage sensitive electronics such as:
- Computers
- Televisions
- Networking equipment
- Smart home devices
Surge protection helps shield electronics from these sudden voltage spikes, reducing the risk of costly equipment damage.
Without adequate surge protection, electrical spikes can lead to:
- Immediate device failure
- Gradual degradation of electronics
- Data loss
- Expensive repair or replacement costs
Even small, repeated surges can slowly damage internal components of electronics over time.
Using a reliable surge protector helps safeguard devices from these risks.
No. An Advanced PowerStrip (APS) goes beyond a traditional power strip.
While a normal power strip simply distributes electricity to multiple outlets, an APS adds intelligent energy-saving functionality, including:
- Automatic detection of device activity
- Automatic shutdown of unused peripherals
- Reduction of standby energy waste
- Integrated surge protection
This means the product acts as both a safety device and an energy-saving solution.
TrickleStar focuses on practical energy-saving technologies that automatically reduce wasted electricity.
Rather than relying on behaviour change alone, TrickleStar products are designed to:
- Detect when devices are idle
- Automatically reduce unnecessary energy use
- Protect connected electronics
- Support sustainability and ESG initiatives
With millions of products installed across North America and Asia, TrickleStar continues to develop solutions that help homes and organisations optimise energy use while improving safety and reliability.
