Sustainable Energy Technologies and Assessments: A Complete Insight

Sustainable energy technologies and assessments is a scientific journal which encourages papers on any aspect of technological innovation in the field of energy production that decreases the impact of that production and use from the research stage to commercial applications.

Sustainable energy technologies and assessments consist of many papers on technological development and improvement, integration, and case studies. Under the scopes and aims of this journal, generation, storage and conversion are some of the primary areas of focus.

Contrary to popular belief, energy fields include but are not limited to carbon reduction and storage, solar energy, wind energy and traditional fuels. This field also covers system analysis, environmental issues, energy harvesting and building design. Sustainable energy technologies and assessments encourage papers incorporating more than one of the abovementioned topics.

What are sustainable energy technologies?

Sustainable energy technologies can be described as renewable energy technologies such as solar energy, wind energy and biomass energy. In simple words, sustainable energy technologies can be described as innovative technology that can be used to harvest sustainable energy. For example, photo voltaic cells (PVC) panels are sustainable energy technology used to generate solar energy. Renewable energy resources (including solar, wind, and biomass-derived electricity) and energy-efficient devices are all part of sustainable energy technology.

A shift to a society based on sustainable energy is required to be self-sufficient and satisfy the expanding global demand for energy. Fundamental changes altering the global energy landscape will be necessary for this transformation.

Energy storage is crucial for success due to the erratic nature of these sources. Innovative batteries and study into hydrogen as an energy source are needed. It is necessary to incorporate new technologies into the market and existing power networks. New types of energy distribution, energy market frameworks, and smart grids must be designed to meet contemporary civilizations’ energy needs.

Sustainable energy for future demand

According to the international energy agency, the world’s capacity to generate electricity from wind turbines, solar panels and other renewable technologies is set to see a growth spurt. By 2023, the energy industry will experience a record for new installations.

The international energy agency is an intergovernmental organization initially established after the 1973 oil crisis. It has now evolved into an energy policy advisor to 29 countries. This organization helps shape energy policies and create a sustainable future for the upcoming generations.

One leading renewable energy is solar energy. The sunlight absorbed from the sun is converted to usable energy by the PV cells in the solar panel.

According to the IEA, in the coming future, solar energy will be responsible for approximately 60% of the predicted renewable growth. The main reason behind this phenomenal growth of solar energy is its accessibility. Even the cost of solar power will decrease by 15% to 35% by 2024. This will catapult another phase of further growth by the decade’s second half.

Realize your sustainability goals with the right collaboration

A new generation of committed engineers and researchers capable of creating, optimizing, and integrating sustainable energy sources, such as solar power and biomass energy will be needed to secure a sustainable energy future. Using sustainable energy technologies in your business can help you save on energy costs and create a better image in the market.

We recommend that you contact an expert sustainability consultant for your business. They can guide your efforts in the right direction and reap real-time benefits for your business.