ALT Designed to combine solar generation, vertical-axis wind technology, battery storage, intelligent control and efficient lighting, the BioTECH system brings energy production and storage directly into everyday infrastructure. This is the first step toward deploying the technology in real environments, from industrial areas and parks to waterfronts, roads and residential communities. Energy generated locally. Energy stored locally. Infrastructure built to become part of the energy system itself. From concept to implementation. Tuzla is where it begins. BioTECH BUILD ONCE. POWER FOREVER.

ALT But without battery storage, that energy cannot simply be saved for later. So when the sun goes down, your community may still have to rely on the national grid, buy electricity during more expensive peak hours or lose the opportunity to use locally generated renewable energy when it is actually needed. That creates a fundamental gap: You can produce your own energy, but you cannot fully control when you use it. And this is becoming one of the biggest challenges of the energy transition. The solution is not simply adding more solar panels. It is completing the system. Solar generation. Wind generation. Battery storage. Smart energy management. This approach is already beginning to take shape in Tuzla, Romania, where the first BioTECH units have arrived. The BioTECH concept integrates solar energy, vertical-axis wind generation and battery storage into intelligent street infrastructure designed to generate and store energy locally. That infrastructure can be deployed across industrial

ALT As solar and wind generation expand, a fundamental challenge becomes increasingly visible: electricity is not always produced at the same time it is needed. Solar generation can be particularly strong during the middle of the day. In the evening, production falls rapidly while electricity demand can remain high. Battery storage helps bridge that gap. According to Transelectrica data valid for August 1, 2026, Romania had reached 989 MW of installed battery power and 1,975 MWh of storage capacity. That represents rapid growth. In March 2025, Romania had only 137.2 MW of battery power and 269 MWh of storage capacity. And batteries are already playing a visible role in the national system. During an evening peak in early August, storage installations supplied approximately 600 MW to the grid while national electricity consumption reached 7,274 MW. Romania is also bringing larger projects online. At Gura Ialomiței, the first phase of the country’s largest battery storage project has been c

ALT With nuclear production temporarily offline at Cernavodă, drought affecting water resources and growing pressure on the national energy system, the discussion is no longer only about how much energy we can produce. It is also about where we produce it, how we store it and how close that energy can be to the place where it is actually needed. Around the world, solar, wind and battery storage are increasingly being combined into distributed energy systems. This allows infrastructure itself to become part of the energy network. At BioTECH, this principle is being applied to street infrastructure designed to combine solar generation, vertical wind technology, battery storage, LED lighting and intelligent control. Energy generated locally. Energy stored locally. Infrastructure designed to depend less on what happens elsewhere in the system. For industrial areas, parks, waterfronts, roads and residential developments, this opens the door to a different energy model. One built closer to the

ALT Unit 1 had already been shut down under the same severe drought conditions, leaving both of Romania’s operating nuclear reactors temporarily offline. Each reactor has an installed capacity of approximately 706 MW. Together, the two units normally account for around 20% of Romania’s electricity generation. Nuclearelectrica said the shutdown was carried out as a preventive safety measure and that both units remain in a safe condition, with no impact on personnel, the population or the environment. The company said the timing of their restart will depend on the evolution of Danube water levels and the ability to maintain all required nuclear safety margins. As of August 18, Romania’s transmission system operator Transelectrica said the national electricity system remained stable, with available domestic generation and imports compensating for the unavailable nuclear capacity. But the situation has exposed an important vulnerability: even large and reliable energy sources can become const

ALT Would you rather wait 15 years for one massive project... or continuously expand it piece by piece? Energy is moving in the same direction. Modular infrastructure grows faster. Adapts easier. Requires lower initial deployment. Can scale when demand increases. Sometimes the smartest solution isn't the biggest. It's the one designed to evolve. Acesta este unul dintre conceptele evidențiate și în prezentarea BioTECH prin abordarea modulară "Energy-on-Demand"

ALT It will be won by those who manage energy the smartest. For decades, success meant generating more electricity. Today, success means something different. Can you store surplus energy? Can you distribute it efficiently? Can you predict demand before it happens? Can your infrastructure adapt in real time? The future belongs to intelligent energy management. Not simply bigger power plants.

ALT For decades, cities depended almost entirely on external power plants. That model is changing. Modern cities can generate electricity locally... store surplus energy... optimize consumption with smart technologies... and even improve resilience during disruptions. This is one of the ideas behind Smart Cities. A city that doesn't just consume energy... but actively manages it.

ALT is storing it. Solar panels don't produce electricity at night. Wind turbines don't generate maximum power all the time. Storage allows clean energy to be used whenever it's needed. Without storage... there is no real energy transition.

ALT Energy 1.0 was simple. Large power plants generated electricity. Millions of people consumed it. Energy flowed in one direction. Today, that model is changing. Modern homes can generate electricity. Buildings can store it. Electric vehicles can become mobile batteries. Entire communities can exchange energy. Instead of one-way distribution, we're moving toward intelligent, decentralized energy ecosystems. This transformation is called Energy 2.0. It isn't just about producing clean electricity. It's about creating a smarter, more resilient and more connected energy infrastructure. And we're only at the beginning.

ALT For BioTECH, that place is Tuzla, Romania. More than a headquarters, the Tuzla Phase I project is designed as an integrated Energy 2.0 Infrastructure Hub, bringing together research, production, renewable energy generation and intelligent infrastructure within a single ecosystem. The first phase targets the deployment of approximately 500 infrastructure units, supported by a headquarters and production facility representing an investment of approximately €4.7 million. The project also includes an Energy Park designed with approximately 40 MWh of energy storage and around 4 MW of photovoltaic capacity, creating an environment where energy generation, storage and infrastructure can work together. Its strategic location is equally important. Situated near the Port of Constanța, one of the Black Sea's most significant logistics gateways, the hub is positioned within a region that continues to gain importance in Europe's evolving energy landscape. BioTECH also references the expansio

ALT Every participant has different objectives. Some simply want to learn more about the project. Others are interested in supporting infrastructure development. Larger participation levels may involve different rights, responsibilities or opportunities, depending on the contractual framework. Different tiers allow the project to grow while remaining flexible for different types of participants. Because one size doesn't fit everyone. 📷 https://www.biotech.srl/#investment