Energy Solutions can help you reduce your fuel bills
Our technology leverages the power of the sun to generate electricity continuously, making us a reliable partner in achieving sustainable energy goals.
Phone Number:
(+91 85182 35185)
50/760-b-9-a, Revenue Ward No:50, Gayatri Estates, Kurnool-518002. A.P. India
Email Address:
kjr@heliocsp.com
Our company specializes in providing top-notch Operations and Maintenance (O&M) and Repair Services for all types of Solar PV projects. Our highly skilled professionals leverage cutting-edge techniques to ensure the seamless maintenance and repair of solar equipment and devices.
With a thorough evaluation of every critical parameter, our experts deliver these services with unmatched precision and efficiency, guaranteeing the optimal performance and reliability of your solar systems.
With the effect that the fossil fuels industry has had in the environment since its conception, and the dire state that we have reached in terms of pollution, as the international community has agreed upon, the rise of projects that aim to improve the current systems and technologies related to alternative energies and exploitation of renewable sources.
INTRODUCTION
Something that has defined the recent years of technologic advancements is the focus towards implementing systems and devices that mitigate the effect that over two centuries of industry have had in a number of aspects in our lives, out of which the most concerning is the state of the environment.
Since the early days of burning coal for heat, transportation and energy through the discovery and exploitation of fossil fuels, the levels of pollution, especially in the air, had increased at an alarming rate. It was until the signing of the Paris Agreement on 2016 that the overall focus shifted towards the development, widespread and improvement of new and existing forms of renewable technology, with aims of controlling the increase in global temperature below 2 °C above pre- industrial levels.
With this in mind, there has been a resurgence in the field of renewable energy to improve the cost-efficiency and accessibility of the required technology to build self-sufficient networks that take advantage of the natural resources available in different regions of the world. In this document, we will cover how StorEnergy, a project founded in 2015 in Serbia, aims to improve the current accepted systems of solar generation of electric energy by enhancing the collection and conversion of energy and the storage measures, in order to create an entire ecosystem of efficient and sustainable generation.
BACKGROUND
Solar generation is one of the least used systems of alternative energy in the world, but it has seen an incredible growth in the last few years. According to the Center for Sustainable Systems in the University of Michigan, as of last year, solar generation represented 9.1% of the total energy consumption in the U.S.2, and a study by the BP Statistical Review of World Energy shows that the total solar generation in the world has increased by more than 700% in the last 20 years3, becoming the third most used behind hydropower and wind.
The process to generate electricity usually falls in one of two categories: photovoltaic cells (PV) or concentrating solar power (CSP). The first one represents the image that is commonly associated with “solar generation”: large, dark-colored panels that use the light of the sun to separate electrons from a semiconducting material, which are then set to flow and an electric current is created, captured, transformed and distributed to power networks. The latter is, in theory, a simpler process. Using different configurations of mirror and other reflective surfaces, Concentrated Solar Power (CSP) systems convert the sun’s energy into a high-temperature heat, which is then used to heat water and power a steam turbine.
One of the main benefits of CSP is that it directly generates alternate current (AC), so it skips the step of conversion associated to photovoltaic cells than only generate direct current (DC). However, PV has a history of being cheaper than CSP, and its prices have dropped even more in recent years, which makes it the most attractive option for investors and organizations. This makes it so the current main goal for CSP projects is to increase the efficiency of this system, by either increasing the generation and storage capacity or reducing manufacturing and maintenance costs.
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