The adoption of renewable energy is being hindered by intermittency. You hear, "The sun doesn't always shine." That is true. Batteries can improve grid planning to accommodate fluctuations caused by the sun not shining. Battery technologies and other energy storage solutions allow excess renewable energy generated during peak production periods to be stored and utilized during low production, smoothing out fluctuations.
The fragmented renewable energy market creates consumer confusion and hinders adoption due to a lack of awareness about options. To tackle this issue, stakeholders like energy companies and government entities should implement a comprehensive education strategy. This includes providing accessible resources, engaging content, workshops, and comparison tools to help consumers make informed decisions and better understand the benefits of renewable energy.
Hi Joe, I hope you're having a productive day. I'm a data journalist at Straits Research, and I came across your query, so I'd like to contribute to your article. The global renewable energy market size was valued at USD 1085.0 billion in 2024 and is anticipated to reach from USD 1101.27 billion in 2025 to USD 2271.20 billion by 2033, exhibiting a CAGR of 9.47% during the forecast period (2025-2033).Here is the most underappreciated challenge faced widespread for adoption of renewable energy- How can we ensure energy storage systems are cost-effective and scalable to meet the demands of renewable energy growth? In order to approach the problem, we can pursue options for storing energy at scale such as pumped hydro storage, CAES, or Thermal energy storage. While these techniques may not have the same degree of flexibility as batteries, they are often cheaper for support of the grid. Different combinations of these technologies can be packaged into products that can be deployed in slightly different locations. Storage systems should be geared towards renewable energy where the systems can scale easy as the energy needs increase. The ESaaS market is predicted to grow from $1.5 billion in 2021 to over $6 billion within the span of 2028. The overall cost can be decreased through developing systems that repurpose older batteries for use in energy storage while simultaneously developing the needed infrastructure for the recycling of these batteries. The introduction of digital technologies and smart grids improve the overall energy management system which includes energy storage from sources like wind and solar in addition to newer forms of supply from the renewables. Currently, pumped storage hydroelectricity accounts for approximately 94 percent of the total energy storage capacity around the world. This capacity is estimated to be around 160GW. However, with estimates claiming that battery storage will grow to about 500-700GW by the year 2030, these newer technologies are expected to grow at a much higher rate. In 2023, around 29% of the whole world's electricity generation was from renewable resources. By the year 2050, this is expected to rise to 60%. You can find a brief of the report here - https://straitsresearch.com/report/renewable-energy-market I believe these findings could be of relevance to your audience and contribute to your upcoming coverage. Best regards, Mahesh Data Journalist, Straits Research
A challenge that doesn't always get enough attention when it comes to renewable energy is the task of transmitting that energy from where it's generated to where it's needed. We often hear about advances in solar, wind, and other renewable sources, but the infrastructure to carry that power to homes and businesses is just as important. The issue is that renewable energy sources are typically located in remote areas, far from the cities where demand is highest. Building the transmission lines to connect these energy hubs to the grid requires significant investment, careful planning, and solid engineering. It's a complex process, not just about putting up poles and wires, but ensuring that renewable energy can be integrated smoothly into the existing power network. There are also environmental and geographical hurdles to overcome, all of which require a strategic and well-thought-out approach. To effectively address this, we need a long-term focus on modernizing and expanding our transmission networks. Governments and businesses should invest in flexible grid systems that can handle the unpredictable nature of renewable energy. Advances in energy storage and smart grid technology will also play a big role. And, of course, cutting through the red tape and streamlining approval processes will help speed things up so that we can get these essential projects off the ground more efficiently. By tackling this transmission challenge, we'll not only unlock the full potential of renewable energy, but we'll also be building a more reliable and sustainable energy future for everyone.