Page 31 - Towards A Sustainable Future 2024

For instance, if a fish farm company consumes 2000 kW Considering the 40% saving observed during the week of
for lighting, the energy utility bill would be approximately testing, the proposed set-up can be effectively promoted
S$6,700 annually. With a 40% saving achieved through to other aquaculture fish farms in Singapore. If BOAT
the proposed Wi-Fi downlight solution, this cost would be implements the prototype set-up, assuming the company
reduced to about S$4,000, resulting in significant savings operates roughly 50 sets of 40-watt LED lights, it could save
for the business. Additionally, this reduction in electricity approximately $1064 annually. Refer to Tables 5 and below
consumption translates to a decrease in carbon dioxide for the specific numbers.
emissions of up to 1,458.2 kg per year.

Table 5 - Estimated savings for the company

For BOAT, the annual CO2 emissions would be significantly reduced from 3,622.09 kg to 2,163.77 kg by implementing the
proposed Wi-Fi downlight solution. This represents a yearly saving of 1,458 kg, which is a reduction of up to 40.26% compared
to the current emissions level. Refer to Table 6 for detailed calculations.

Table 6 - CO₂ emission saving estimates.

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