Revolutionary products of the year that are transforming the energy industry
Revolutionary Products of the Year That Will Transform the Energy Industry
Companies active in the field of providing energy industry technologies unveiled their revolutionary products as they entered 2025. With the introduction of these products, the boundaries of technology were pushed and the unattainable dreams of engineers were realized. Let’s get to know this revolutionary product that shook the oil, gas and petrochemical industries:
– Industrial Metaverse
Sony and Siemens succeeded in implementing the dream of the industrial metaverse using motion technologies and a dedicated display. This smart gadget allows industrial designers to render high-quality, realistic, interactive and intuitive images. Yoshinori Matsumoto, Executive Vice President of Sony, stated that the target users of this product are designers of refinery and power plant facilities and said: “With our industrial metaverse, we have redefined the work of designers and engineers in the energy industry.
– HiMSEN Marine Engine
Hyundai introduced one of the world’s largest marine engines. This 18-cylinder monster has a power equivalent to 17,111 to 26,460 kW at 600 rpm. The HiMSEN marine engine is dual-fuel and runs on diesel or natural gas. Hyundai is going to use this super-heavy marine engine in a new generation of ocean-going tankers carrying LNG and crude oil.
– Mendix robot
Siemens and Amazon have created a scalable industrial robot based on artificial intelligence. Mendix has a very powerful software that allows the user to use it in very dangerous and hazardous environments. Mendix, which was unveiled at the Las Vegas Technology Show, has a special plugin for use in the petrochemical industry, especially in production, packaging and transfer lines of chemicals. Although the robot has not yet reached mass production, it has already received many pre-orders.
– 9F Gas Turbine
GE has updated the world’s most popular F-class gas turbine. Previous generations of the turbine have been installed in 40 countries, with 450 units. The new generation is now compatible with a wide range of fuels and can also run on hydrogen. GE officials say the 9F turbine has a minimum output of 288 megawatts and an efficiency of 60 percent in combined cycle mode, which can reach more than 80 percent when using hydrogen. GE has also optimized the turbine for use in CHP plants powered by renewable natural gas (RNG) for the first time.
– AVEVA Platform
Schneider Electric has updated one of the world’s best energy management platforms in 2024. The new generation of the AVEVA platform is a leading industrial software that allows energy companies to use the power of information and artificial intelligence, in addition to the ability of human resources, to increase performance, reliability, sustainability and reduce risk. The platform is compatible with the Internet of Things in the oil and gas industry, CAPEX and OPEX, and provides a complete view of all processes on a permanent basis.
– XA offshore platforms
ABB Group introduced the new generation of XA offshore platforms. In the new generation of its drilling platforms called 800XA, the company’s engineers have put together a complete set of equipment and machinery for offshore oil and gas production. The system consists of a control center with an extensive neural network connected to a variety of sensors, communication and monitoring equipment, intelligent computing systems, generators and compressors, as well as biological systems and a number of meteorological and marine radars.
ABB claims that this platform is currently the safest and most efficient offshore platform in the world. They have promised that it will be possible to upgrade previous generations of this platform with the new one.
– Geofencing
Marorka has been implementing the geofencing project since 2020, after threats against ocean-going oil tankers. The company has now launched its most different product in 2024. The system divides the space of tankers carrying oil products into a series of virtual fences.
There are a number of special physical connections, all of which can be controlled via a central computer. In the event of a threat and without the intervention of ship personnel, the virtual fence system is activated and completely blocks access to the tanks, and only the owner or operator of the ship can reopen the ship’s tanks. All functions, including location information, weather conditions, the type of threat and the status of the tanker, can be viewed and controlled accurately and completely intelligently from around the world.
– New generation solar cells with high efficiency
Solar cell technology has made significant progress in recent years, but this year a new generation of solar panels with an efficiency of more than 30 percent have been introduced. These cells, which are made of perovskite and silicon compounds, have the ability to absorb a wider range of sunlight and produce significant energy even on cloudy days. In addition, the reduction in the production costs of these panels has made solar energy more affordable than ever.
– Sodium-ion batteries: a cheaper alternative to lithium-ion
Lithium-ion batteries have been used in the energy storage industry for years, but the high price of lithium and the environmental problems of extracting it have led researchers to look for better alternatives. Sodium-ion batteries, which have reached mass production this year, are one of the best options to replace lithium. These batteries use sodium, which is much cheaper and more widely available than lithium, and perform similarly to lithium-ion batteries.
– High-efficiency vertical wind turbines
The horizontal wind turbines that are common today require a lot of space and do not perform well in some geographic areas. This year, a new type of vertical wind turbine was introduced that takes up less space, is quieter, and is more efficient at low wind speeds. This new technology could revolutionize the use of wind energy, especially in urban environments where space is limited.
– Smart energy-generating windows
Imagine if building windows not only filtered light, but also absorbed solar energy and converted it into electricity. This is exactly what new smart photovoltaic windows offer. Using nanocrystalline layers, this technology can convert sunlight into electrical energy without blocking the passage of natural light into the building. These windows can play an important role in energy production, especially in high-rise buildings and large cities.
– Green hydrogen with new production methods
Hydrogen is considered a clean energy source, but its production using traditional methods usually depends on fossil fuels. This year, new technologies have been introduced that make it possible to produce green hydrogen from water using solar energy and electricity cheaper and more efficiently. This development could make hydrogen a serious option to replace fossil fuels in heavy industry, transportation and power plants.
– Energy-generating clothing
One of the most exciting innovations this year are smart fabrics that can generate energy from body movement, heat, and even ambient light. Using nanomaterials and advanced technologies, these clothes convert the body’s mechanical energy into electricity and can charge small electronic devices such as smart watches or mobile phones. This technology will be especially useful for athletes, adventurers, and military forces.
– Small-scale nuclear fusion power plants
Nuclear fusion has always been considered the ultimate source of energy, but there have been many technical obstacles to its commercialization. This year, several companies have succeeded in developing small-scale nuclear fusion reactors that can produce sustainable, clean energy at low cost. If this technology reaches the mass production stage, it could solve the problem of global energy shortages forever.
Challenges and Opportunities Ahead
While these revolutionary technologies hold the promise of a more sustainable future, there are also challenges to their widespread adoption and implementation. Some of these challenges include high initial costs, the need for new infrastructure, and the resistance of traditional industries to change. However, the opportunities created by these innovations are very significant.
1. Government investment and support: Many countries are providing financial facilities and incentives for the development of new energies. Increased investment in these technologies can accelerate their adoption.
2. Scientific and research advances: Every year, researchers come up with new solutions to increase productivity and reduce production costs. This will help commercialize these products faster.
3. Increased public awareness: People are more concerned about environmental issues than ever before, and the desire to use renewable energies is increasing. This change in attitude could boost the market for these technologies.
The Future of the Energy Industry with These Innovations
In the next decade, these revolutionary products are expected to play a major role in shaping smart energy systems. Combining these technologies with the Internet of Things, artificial intelligence, and smart grids can help optimize energy consumption, reduce costs, and increase productivity.
Some important predictions for the future
• Sodium-ion batteries will become a widespread alternative to lithium-ion. This change will help reduce dependence on rare minerals.
• Vertical wind turbines will be widely used in urban areas. This development will increase the share of wind energy in the electricity supply of cities.
• Green hydrogen will become the main fuel for heavy industry and transportation. This change can play a major role in reducing carbon emissions.
• Nuclear fusion will become closer to reality. If successful in commercialization, this technology could become the most important energy source of the next century.
The Role of Businesses and Consumers in the Energy Transformation
In addition to governments and research centers, businesses and consumers also play an important role in the adoption and development of these revolutionary technologies. Industrial companies, technology startups, and even ordinary users can contribute to positive changes in the energy industry by investing in and using these products.
The Impact of Businesses on the Adoption of New Technologies
• Investing in Renewable Energy: Large technology companies such as Tesla, Google, and Apple are investing heavily in solar, wind, and energy storage. These investments are accelerating the development of new technologies.
• Optimizing Energy Consumption: Many factories and industries are reducing consumption and increasing their productivity by using intelligent energy management systems.
• Research and Development: Private companies are also looking to produce new solutions to reduce costs and improve energy efficiency.
Consumers’ Role in the Energy Transformation
• Use of solar panels and home wind turbines: Consumers can reduce their dependence on the electricity grid by installing these technologies.
• Adoption of electric vehicles and new batteries: With the increased use of electric vehicles and new batteries, the level of environmental pollution will decrease.
• Changing energy consumption patterns: Using energy-efficient appliances, turning off unnecessary appliances, and participating in energy management programs can help make energy networks more sustainable.
Impact of these technologies on the global economy
The changes in the energy industry are not limited to the environment, but also affect the global economy. Some of the most important economic changes resulting from these innovations are:
• Reducing dependence on fossil fuels: Countries that have so far relied on oil and gas exports must look for alternative economic models.
• Creating new job opportunities: The development of new energy technologies will lead to the creation of millions of jobs in areas such as production, installation, maintenance, and research and development.
• Increasing the competitiveness of businesses: Companies that switch to sustainable technologies sooner will have a greater competitive advantage in the global market.
Legal and policy challenges
With the rapid growth of these technologies, governments must develop new policies to manage and support them. Some of the most important regulatory challenges include:
• Setting new standards: Laws need to be designed to facilitate the use of new energy sources while ensuring their safety and efficiency.
• Supporting investment in new technologies: Governments need to help companies and individuals move towards sustainable energy by providing tax incentives and research subsidies.
• Managing changes in the labor market: As the energy industry changes, some old jobs will disappear and there will be a need to train and retrain the workforce.
Given recent developments, it is clear that the energy industry is on the path to profound transformation. The technologies introduced in this article are just some of the innovations that have the potential to change the way energy is produced and consumed.
In the coming years, these technologies are expected to be used more widely, with positive impacts on the environment, the global economy and the quality of life. Businesses, governments and consumers all have a vital role to play in this journey, and by working together and embracing change, we can create a more sustainable and efficient future for the world’s energy.