Mitigation Cost of Solar Cell Phone Charger 0.0/10.0 puntos (calificado) In an upcoming section of the course we'll look carefully at rooftop and industrial solar PV. For now, let's look at the mitigation cost of using a small, portable solar charger, something commonly reviewed on tech websites. In general, energy system technologies become more cost-effective with scale, so we can guess these might be expensive mitigation options, but they do have some advantages over larger systems, like not requiring installation costs or staff to clean and maintain them. The cheapest chargers Daniel could find were $10 at the time of this writing. They would take around 5 hours to charge a typical 11 Watt-hour smartphone battery under bright sunlight. Part 1: What is the levelized cost of electricity from this system, if it's used to charge an 11 Wh battery every day of the year? Use a modest individual capital charge factor of 0.15; you may neglect all costs other than the $10 purchase price. $/kWh Part 2: What is the mitigation cost for Daniel to use this sytem instead of using grid electricity? Assume grid electricity costs $0.20/kWh, with 0.5 kg CO₂e emitted per kWh. Answer in dollars per ton of CO2. Enviar $/tCO2 Ha realizado 0 de 10 intentos Guardar Reiniciar calculadora Notas Oculta
