Manufacturing requires a significant amount of energy usage, particularly electricity. With the continuing rising cost of electricity manufacturers are now more then ever looking towards investing in alternative renewable energy sources. Renewable energy is not only a cleaner and cheaper source of power but also offers a myriad of benefits to us and our planet.
Among the options for effective renewable energy technology, manufacturers are focused on some key methods and systems, such as biomass, solar energy and wind. If you are considering a renewable technology or system below is a brief of 5 popular methods adopted across the world by manufacturing.
Solar energy is the radiant light and heat that the sun emits. This type of renewable energy is typically collected and converted into electricity using solar photovoltaic panels that are capable of providing enough power to be used on industrial, commercial and domestic applications, but a variety of other complex solar energy technologies are also used to collect and use the sun’s energy.
Nowadays, we can harness the full potential of solar power in many different ways, such as by installing commercial solar panels or a solar power system, as well as by building photovoltaic power stations, which are also known as solar farms.
- Geothermal Energy
This form of renewable energy is derived from the earth’s naturally occurring heat. This heat, which is continuously produced from deep inside the earth, can be sourced from hot water reservoirs that are situated miles below the ground, or derived from heat sources close to the surface.
A geothermal heat pump, which is used on smaller applications, can harness the power of geothermal energy to either help providing cooling or heating to a home or building, but it can also be utilised to aid with industrial processes, help grow greenhouse plants, and more. For larger applications, geothermal power plants are used to provide energy solutions on a massive scale.
Back in the old days, people used to effectively utilise the force of water in rivers and streams to produce mechanical energy by using waterwheels. Nowadays, the kinetic energy of these flowing bodies is captured using dams or hydroelectric power stations and converted into hydroelectricity.
Hydroelectric power systems are dependent on geographic location and cannot work effectively without a dependable and accessible water source. Hydroelectric plants come in various sizes, in which the smaller ones are capable of supplying electricity to small municipalities or farm and ranch operations, while the larger ones are capable of powering towns and cities.
Biomass is the term for energy from living or recently living organisms such as animals and plants. This renewable source of energy contains stored energy from the sun, as plants absorb it through photosynthesis. Biomass, when burned, releases the chemical energy within it as heat, and it is either used by burning it directly or converting it to liquid biofuels.
Biomass is used to produce liquid fuels for transportation or to create electricity and heat. Some examples of biomass are wood, agricultural crops, waste materials, human sewage, animal manure, agricultural crops, and food waste.
Wind is caused by uneven heating of land and water due to the sun. Wind flow can be used to run turbines, which have the capability to convert airflow into electricity. Wind turbines are known for their ability to efficiently generate massive amounts of power for various applications, but they should be situated on high altitude sites and offshore locations to be able to perform to the highest level.
Wind power systems come in many different types. There are single small turbines for residences, commercial grade wind power generating systems for business establishments, and utility-scale wind farms for larger applications.