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Benefits:                                            Design
            With  the  sustainable  intelligent  machine's  real-time  Our  design  consists  of  three  central  portions:  the  adopted
            monitoring  feature,  users  can  avoid  bringing  items  to  the  intelligent  machine,  the  solar  panel  and  the  Uninterrupted
            recycling  bin  only  to  find  it  full  and  having  to  stack  them  Power  Supply  (UPS).  The  UPS  will  have  a  charging  and
            around or on top of the bin.                         discharging circuit that interfaces between the solar panel and
                                                                 the intelligent machine. The UPS will provide the electricity to
            This prevents potential hazards such as:             the intelligent machine, as peak sun hours for Singapore are
            *Objects falling and injuring passersby              only around 4.5 hours.
            *Dismantling functional parts leads to the leakage of
              hazardous substances into the environment
            *Falling objects with batteries sparking fires

            Sustainable intelligent machine enables:
            1.Increased Recycling Rate: With the smart bin's status
            monitoring feature, users are more likely to recycle as they
            can track their progress and receive incentives through the
            SG Recycling dashboard. This leads to an increase in e-waste        Figure 10: System Design
            recycling rates.
                                                                 Site Survey
            2.Improved Collection Efficiency: METech can use the   We surveyed our campus to determine the optimal location for
            smart bin's filling status data to plan and assign collection   the sustainable intelligent machine. Specifically, we recorded
            vehicles efficiently, reducing waste and increasing the overall   light  intensity  data  from  8  am  to  5  pm  at  three  potential
            effectiveness of the collection process.             locations,  taking  into  account  various  angles  to  ensure  an
                                                                 accurate  assessment  of  lighting  conditions.  We  determined
            3.Reduced Carbon Emissions: By implementing clean and   the most suitable location to be at Blk 1, Level 6 pillar near
            sustainable energy from solar power, we can significantly   the toilet.
            reduce the original large amount of carbon emissions
            associated with adopting traditional recycling methods. This
            contributes to a more environmentally friendly approach to
            e-waste management.

            4.Scalability: The integration of solar power, intelligent
            machines, and UPS systems as a modular solution enables
            rapid deployment and scalability to multiple locations.

            This allows for:
            *Fast setup and installation at various sites
            *Easy expansion or relocation without significant infrastructure
              changes
            *Reduced costs associated with traditional energy sources
              and equipment upgrades
                                                                             Figure 11 Site survey and result

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