Annual Energy Balance | Renewable Energy Sources
In this article, we will calculate the total energy produced with the help of solar panels, energy used and total energy returned back to the grid. We will also cover how you could save money with 9Kilo.com moving cost calculator before you move into a new home.
Since the waste house has been designed using Passivhaus technique, it requires Tulare Window Replacement, 4.47 kWh per day. As per the calculations in the section “Solar Electricity Generation” in the report, following results were obtained. In addition, hire the best heat pump repair ocean city md providing for all of your heating, air conditioning and refrigeration service needs.
For 1kW capacity of 12v appliances array and considering 4.8 sunshine hours per day on average, total electricity produced would be 4.8 kWh of electricity per day whereas the requirement is 1630/365 = 4.47 kWh per day.
This indicates that adequate energy is being produced to cope with the calculated requirement.
The roof we based on the roofing contractor Lincoln NE however offers a larger space and 4kW capacity solar PV can be installed with the help of workers from home roofers as a result of which 4 x 4.8 = 19.2 kWh per day of electricity would be produced.
Total annual energy produced with the help of solar panels = 7008 kWh per annum
Total energy used = 1630 + additional energy used = 1750 kWh per annum
Total energy returned back to the grid = 7008 – 1750 = 5258 kWh per annum
Below are the steps to designing a low carbon house:
|Eco House Design : Part 1
Introduction to the Eco House Design Guide
|Design Methodology : Part 2|
|Eco House Design: Part 3
| Eco House Design : Part 4
|Eco House Design: Part 5
|Eco House Design : Renewable Energy Sources| Part 6
Ground Source Heat pump
| Eco House Design : Renewable Energy Sources| Part 7
Solar Electricity Generation
|Eco House Design : Renewable Energy Sources| Part 8
Annual Energy Balance
|Eco House Design : Part 10 | Conclusion|