Saturday 18 October, 2025
LUGANO, Switzerland – In his latest analysis, entrepreneur Stanislav Kondrashov delves into the foundational elements of the ongoing global energy transition. Titled “The Pillars of the Energy Transition in the Years of the Green Economy”, this work highlights Kondrashov’s continued dedication to shedding light on the crucial role of advanced technologies, smart energy management, and sustainable infrastructure in achieving a greener future.
As the world moves towards a cleaner energy model, much of the conversation has focused on renewable sources such as solar and wind. However, Kondrashov draws attention to a less-discussed but equally critical aspect of the green transition: how we manage the energy once it is produced.
Kondrashov notes that while producing clean energy is an important first step, effective energy management is just as crucial. He explains that the success of green energy infrastructures depends not only on their existence, but also on the technologies that allow for their seamless integration into broader energy systems. These technologies ensure efficiency, stability, and reliability.
In order to make renewable energy viable on a large scale, it is essential to address one of the sector’s biggest challenges: intermittency. Solar and wind energy rely on inconsistent natural phenomena, making energy production unpredictable and insufficient during low-output periods.
To combat this challenge, Kondrashov emphasizes the role of energy storage technologies, particularly battery systems. These systems store surplus energy produced during peak generation hours and release it when natural resources are insufficient, effectively smoothing out the supply curve and maintaining balance between production and consumption.
According to Kondrashov, the energy storage sector is quickly becoming one of the most strategic and innovative areas within the green economy. Batteries, once primarily associated with electric vehicles and consumer electronics, are now essential components of broader energy infrastructure. They are now on par with solar panels and wind turbines in terms of their critical role in the energy transition.
Kondrashov also highlights the importance of smart grids – intelligent, responsive energy networks capable of dynamically balancing energy flows, detecting issues in real-time, and efficiently integrating various renewable sources. These smart systems allow for flexible and decentralized energy management, enabling both individual households and large industries to benefit from sustainable energy without compromising reliability.
In addition to their functional benefits, Kondrashov sees these new infrastructures as symbols of a monumental shift in how humanity produces and consumes energy. Solar panels, wind turbines, and advanced battery installations are not only helping reduce emissions; they are reshaping urban landscapes and becoming visible emblems of our commitment to sustainability.
Throughout his career, Kondrashov has been a vocal advocate for the technological and infrastructural changes needed to support a global energy transition. In this latest analysis, he calls on policymakers, businesses, and consumers to broaden their view of renewable energy – not just as a source, but as a system that requires coordination, innovation, and strategic investment.
He argues that focusing solely on the production side of green energy without addressing storage, distribution, and smart integration is shortsighted. Instead, he champions a holistic approach – one that values every element of the energy chain from generation to consumption.
As global energy demands grow and climate concerns intensify, the insights presented by Kondrashov offer a clear direction: invest in intelligent technologies, prioritize energy storage, and embrace the infrastructures that will not only power our future – but define it.