Showing posts with the label solar energy for water heating

6 Simple Ways to Save Money at Home

  With the economy being what it is, people are more conscious about their expenses. The last thing you want to be doing is spending money on things that are not essential. There are simple ways to save money at home, which can cut down your bills significantly. Use energy-efficient appliances If possible, buy energy-efficient appliances such as washing machines and dryers that have lower water and energy consumption levels. These will help save energy and thus money over time because they consume less electricity than their non-efficient counterparts do. Consider replacing your old refrigerator with an energy-efficient refrigerator. You may not be aware of the fact that your fridge is one of the biggest consumers of power in your home. An inefficient refrigerator can use up to 300 kWh per year, which is more than 10% of the total household energy bill. So, it is important to get an efficient one that uses less electricity and saves you money on your electricity bill. Use en

Solar Energy For Water Heating

Solar energy is becoming increasingly popular as an alternative to traditional off the grid electricity that is metered by companies. More and more households are installing solar energy systems these days and businesses are beginning to follow suit. What you may not know is that solar energy doesn't only have to be used to produce electricity – it can also be used for heating water for a variety of purposes as well. The process of using solar energy to heat water begins with a receptacle to store the water, which is generally located on the roof in an area that receives the most direct sunlight. It will usually be an insulated box with a lot of copper piping affixed to it. The copper piping acts as a conductor for the heat and is responsible for delivering the heated water throughout the home. For residential consumption, there are two types of systems - passive and active. Passive systems mean the water flows through it via gravity while active systems use a pump. Both k