INDIUM CASE STUDY
Nanoprecise, a leader in providing IoT sensor solutions for industrial equipment health monitoring, encountered challenges with the inconsistent cellular network strength affecting the battery lifespan of their sensors. The existing reliance on traditional power sources posed issues related to operational efficiency, maintenance costs, and environmental impact.
The Problem
With cellular network inconsistencies, Nanoprecise's sensors often required battery replacements earlier than the projected lifespan of five years. This led to increased maintenance efforts, costs, and potential downtime, affecting both Nanoprecise and its clients. Furthermore, the finite lifespan and disposal of batteries posed an environmental concern.
The Solution
Element 4 Technologies proposed an energy-harvesting solution using the Indium PowerEase technology, designed to seamlessly integrate with Nanoprecise's existing IoT sensor infrastructure. The technology focused on improving power management, energy harvesting, and energy storage capabilities of the sensors, resulting in extended operational lifespan and reduced maintenance costs.
Customized Energy Harvesting Board
This board housed an advanced solar film module, efficient in both indoor and outdoor lighting conditions, along with our proprietary energy conversion chip and essential components.
Optimized Charging Scheme
This board housed an advanced solar film module, efficient in both indoor and outdoor lighting conditions, along with our proprietary energy conversion chip and essential components.
Validation & Testing
Rigorous testing was conducted under various lighting and environmental conditions. Field trials at different customer sites validated the performance and reliability of our energy harvesting technology
The Outcome
With the integration of the Indium PowerEase technology, Nanoprecise achieved notable improvements in sensor technology:
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Extended Sensor Lifespan: Achieved self-sustaining battery life for outdoor sensors and extended indoor sensor life by at least 20%.
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Reduced Maintenance Requirements: The longer sensor life reduced maintenance needs and associated costs.
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Environmental Impact: By reducing reliance on traditional power sources, Nanoprecise adopted a more environmentally friendly solution.
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Competitive Advantage: The enhanced performance and lifespan of the sensors increased Nanoprecise's competitiveness in the IoT sensor technology market.
By choosing Element 4 Technologies' Indium PowerEase, Nanoprecise could tackle power management challenges effectively, ensuring improved operational efficiency and sustainability of their products, which in turn led to enhanced customer satisfaction and business growth.