Right now the world is witnessing a change of energy transition. Countries and governments across the world are pushing to uphold solar energy as a resource to drive us forward. The recent adaption trends of solar energy especially solar batteries are also gathering pace.
With advancements in technology, reducing costs of solar battery production, and the incentives for governments are some of the reasons why we are witnessing a change in our energy demands and needs.
In our race to harness solar energy, one thing is for sure and that is the need to store the energy from the sun. In this article, we are going to find out about the global changes and the recent trends that are gaining pace when it comes to adapting solar batteries. We will try to highlight the advanced solar energy projects that are using advanced solar cells to store and transmit solar energy feasibly on a mass scale.
Solar Batteries and their Importance
Solar batteries or solar cells have a huge role to play if mankind has to adapt to using solar energy to fuel their needs. It is the use of these solar batteries or solar cells that ultimately store and convert energy from the sun into static electricity.
All advanced countries around the world are in the race to develop technology using which will help us to harness maximum solar energy at minimum cost. The idea is to make it used for small-scale needs like roof-top solar batteries fitted with solar panels or in large-scale industries for solar energy production and transmission.
Without batteries or cells to store the energy, we would not be able to use solar energy. The solar panels only help gather the energy of the photons from the sunlight. This energy has to be stored somewhere and cells or batteries are just what is needed.
The Role of Solar PVs For Clean Energy Transition
Solar PVs have a major role to play in the adaption from traditional fuel to a cleaner source of energy from the sun. With advancements in technology, the batteries would be able to store solar energy for a longer tenure.
Plus, solar PVs have to be designed for ease of use such that they can be used for both domestic and commercial purposes. Even our existing technology for power transmission must be able to integrate solar cells to be able to run different homely and industrial devices. This needs a large-scale change for the development of the solar energy ecosystem for solar energy production using solar panels, large-scale installation, storage, transmission, and usage.
Latest Data Figures on Global Use of Solar Energy
As per the latest studies, solar energy will continue to grow as the major alternative source of energy for mankind. As per some forecasts, the global production of solar PVs will more than double by 2028. Some estimates say that within this forecasted period we would be able to harness more than 700 GW of energy from the sun.
Numbers and data show that the production of solar cells and batteries is increasing at a healthy rate. In just one year between 2023 and 2024, the production went up by nearly 26% from 270 TWh to 1300 TWh. This huge jump is the first year ever in mankind that we have been able to surpass the production of wind turbines and wind energy.
As of now all the major countries of the world are looking to adopt solar energy as the prime source of renewable energy and reduce our carbon footprint and emission to zero by the year 2050.
The massive development in supply chain, production, logistics, support from the government, and continuing research especially from countries like China, the US, UAE, Saudi Arabia, and other countries is pioneering this mission.
How the Reduction in Solar Battery Production Cost is Revolutionizing Solar Energy Needs
Studies show that in the last few years, we have been able to gradually reduce the amount of cost for the production of solar PVs and cells. Talking about numbers the cost has gone down drastically by more than 80%. This helps companies to manufacture solar batteries at lower cost, making them more affordable for us.
Demand Increase Helps Companies Reach Less Cost of Production
The rise in demand for solar batteries and adaption to solar energy is encouraging companies to ramp up production. By increasing their production the companies can reach economies of scale and reduce their costs of production.
Government Incentives
Even the government is pushing for a transition to solar energy from the more conventional fossil fuel sources. For this, the government is increasing subsidies and rebates for companies that are involved in manufacturing solar batteries. The government is providing loans to such companies at an incentivized rate. Plus it is also rewarding retail users and homeowners who shift to installation of solar panels and cells at their home.
Reused EV Batteries For Storage
The rise of EVs in the automobile sector seems to be benefitting the solar revolution as well. Studies show that many companies are involved in reusing old EV batteries and modifying them to store solar energy. Reusing these solar batteries and giving them a second life is providing people with more affordable and customized solutions to charge up their homes with solar power.
Independence from Grids Using Solar PVs- A New Trend to Watch Out For in 2025
People around the world are willing to shift to a new form of technology to generate electricity in their homes and reduce their dependence on the grid. By being able to harness and store solar energy at home, they would not have to depend on the grid fluctuations and blackouts anymore.
In countries around the world, people are protesting against the government for massive surges in the prices of electricity. However, the integration of solar panels and batteries at home would enable their independence from the grid.
Virtual Power Plants
This is one of the growing trends to watch out for in 2025 and beyond as far as solar battery use is concerned. Some countries have started experimenting with this already. In virtual power plants, battery owners who have installed solar PVs at home can sell the stored excess energy to the grids thereby reducing grid supply shortage and the ability to balance load during peak times.
This would create a form of decentralized energy network in cities and towns where people can balance their needs between electricity supply from the grid and solar batteries installed at their homes.
Advanced Technologies That are Driving Solar Battery Adoption
After carefully analyzing solar start-ups and established companies in manufacturing solar power here we have compiled a list of a few advanced solar battery technicals that remain a theme for 2025 and beyond. Let us look at some of these technology prospects that are driving the solar battery revolution into the future.
Advanced PVs
Companies are undergoing advanced research to build high-scale PVs that can utilize minimum space, integrate with the grid, and become more energy efficient. These PVs would be able to eliminate power fluctuations while also being able to store solar energy for efficient and long-term use.
Solar Asset Management
The energy industry also faces risks of cyberattacks. The goal is to develop an entire ecosystem around asset management that can use advanced technology like data analytics, and machine learning to prevent equipment failures and avoid unauthorized access to PVs’ stored energy.
These advanced IoT devices would monitor the solar assets in real-time to provide data about their performance and detect issues early on.
FAQs
Solar energy adoption is lately gaining a lot of momentum thanks to research in advanced technology like ext-gen solar PVs, off-grid systems, VPPs, and so on.
The government is giving incentives to both companies and domestic citizens to adapt to solar energy use. While it is providing loans and raw materials to the industries at a cheap rate, the government promises to come up with incentives for buying solar batteries, and solar panels for household installation and use.
China is by far the largest contributor to the solar revolution. It leads all other countries as far as solar PVs and solar battery manufacturing is concerned. However, other advanced countries are also catching up with the government looking to spend more on research and study and come up with reliable and efficient solutions. These countries include the UAE, USA, Germany, Australia, Saudi Arabia, India, and so on.
Companies are still at a very nascent stage when it comes to developing most of these technologies at a higher scale and making them affordable to the masses. Another challenge is with recycling and disposal of the solar PVs in the future. Studies are also going on to create a stable supply chain where raw materials to build solar PVs like lithium, and cobalt, would be available to industries at a cheaper cost.
