EnerLock
by Harry Cafe
Hero shot of EnerLock in use.
Project Description
EnerLock is an integrated energy management and security control system that assists households in reducing unnecessary energy consumption. The system requires homeowners to deactivate the majority of energy in their home when the dwelling becomes vacant, reducing overall energy consumption through the activation of a centralised control panel.
EnerLock addresses several significant challenges facing households. By reducing energy consumption and helping families save money during a period of rising living costs and inflation, the system offers meaningful benefits. Poor energy habits cost Australians an estimated $756 each year, with 97% admitting they regularly engage in inefficient energy practices. Standby power alone can cost the average household more than $177 annually, often because residents are time-poor and unable to efficiently switch off every power point, or because some outlets are difficult to access.
EnerLock responds to these environmental and economic challenges with a simple and effective solution. When dwellings are vacated, energy can be easily isolated while still allowing essential power to operate in selected areas. This reduces unnecessary electricity use, saving households hundreds of dollars each year while lowering overall energy consumption.
Beyond financial and environmental benefits, EnerLock also addresses growing social concerns. Seventy per cent of Australians report feeling uneasy leaving their homes due to increasing youth-related crime. When the device is engaged, a paired home security alarm system activates, creating a sense of protection and stability for homeowners. Residents can leave knowing their home is secure, while simultaneously ensuring unnecessary energy is disengaged and kept on the grid.
Energy activators feature a retractable design for seamless storage, with a clean, tensioned cord during use that minimises the risk of accidental dislodgement.
Energy activators attach via a magnetic connection, providing a secure hold with audible click feedback to confirm successful placement.
Designed for single-handed use at the home's front door, where the control panel is installed, enabling quick, efficient interaction when time is limited.
Provides the flexibility to incorporate multiple floor plans, accommodating multi-level homes with ease.
Bio
Design, innovation, and technology have been passions of mine since a young age. I am driven and deeply engaged across all areas of design; however, I focus on delivering innovative, sustainable, and high-quality outcomes that redefine expectations for future lifestyles. Studying Product Design at UTS has provided the opportunity to transform my passion into a career. The Bachelor of Creative Intelligence and Innovation has equipped me to design products and systems that address complex challenges, bridging design, strategy, and innovation. I have developed a strong repertoire of technological skills in Artificial Intelligence, CAD, the Adobe Suite, and Arduino, alongside hands-on experience in rapid prototyping from ideation through to final concept. Outside of innovation and design, I enjoy spending time with friends, staying active, and exploring nature, which motivates my commitment to sustainable design.
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