ALT Located in Tuzla. No payment required. No catch to get started. You’ll get: ✔ A shareholder certificate (0.1% ownership) ✔ Access to live infrastructure performance ✔ Technical & income dashboard ✔ Priority access to future opportunities Most people consume infrastructure. Very few get to participate in it. Claim your free 0.1% →

ALT When centralized infrastructure fails, the impact can be massive. A disruption in one place can affect thousands. That is why cities, operators and infrastructure providers are increasingly looking at decentralized systems. Why? Because risk is distributed. Instead of relying on one large source, decentralized infrastructure works through many connected local nodes. 📷 local energy generation 📷 local storage 📷 intelligent monitoring & control 📷 infrastructure that keeps operating even during disruptions The idea is simple: No single point of failure. Less vulnerability. More resilience. Smarter scaling. The future of infrastructure may not be larger. It may be more connected.

ALT A financially viable energy project depends on more than production capacity. It requires: 📈 predictable cashflow ⚡ measurable real-world energy production 📍 scalable deployment ⏳ transparent payback periods 🛡 reduced operational risk This is why successful energy infrastructure is built differently. Not around maximum theoretical output. But around economic performance in real conditions. Because in energy: good technology matters. Sustainable economics matter even more.

ALT No catch. No payment required to start. By joining, you receive a Shareholder Certificate for 0.1% of a real i-LiXD smart streetlight in Tuzla and access to the beginning of something much bigger: 📷 real-world energy infrastructure 📷 live technical & performance dashboard 📷 a gateway into decentralized energy systems 📷 direct access to future allocations & updates Why are we doing this? Because we believe the future of infrastructure should be more accessible. Not only for institutions. But for people who want to be part of building it. 0.1% may sound small. But every transformation starts somewhere. Claim your free 0.1% → https://www.biotech.srl/auth

ALT Across Europe, municipalities face the same challenges: 📷 rising energy costs 📷 aging infrastructure 📷 sustainability targets 📷 growing pressure on energy grids 📷 increasing demand for smarter public services At the same time, traditional infrastructure models are becoming harder to sustain. Large centralized systems are expensive to expand. Grid dependency creates vulnerability. And delays in infrastructure upgrades often come with growing operational costs. This is why municipalities are increasingly looking at **modular, distributed infrastructure**. Smarter street lighting. Local energy generation. Integrated storage. Remote monitoring and predictive maintenance. Because modernization is no longer only about efficiency. It is about resilience, independence and long-term operational sustainability. The question is no longer if cities will modernize. The question is: how quickly can they adapt?

ALT For BioTECH vertical wind turbines (VAWT – Vertical Axis Wind Turbines), performance is estimated based on the average annual wind speed, because the exact same turbine can deliver very different results depending on where it is installed. Why does wind speed change everything? A wind turbine does not operate at full capacity all the time. Energy production depends on several real-world factors: average wind speed airflow consistency infrastructure placement installation environment (urban, industrial, agricultural, etc.) For this reason, BioTECH estimates annual energy production across three average wind scenarios: 📷 ~5 m/s → moderate wind conditions 📷 ~8 m/s → strong wind conditions 📷 ~11 m/s → highly favorable wind conditions

ALT Prin Fondul pentru Modernizare (Modernisation Fund), sunt susținute investiții în: 📷 energie solară 📷 energie eoliană 📷 sisteme de stocare a energiei În 2025, Ministerul Energiei a lansat noi apeluri de finanțare dedicate companiilor care investesc în producția proprie de energie regenerabilă, inclusiv pentru autoconsum. Bugetele recente depășesc 300 milioane de euro, direcționate către proiecte private care pot accelera independența energetică și modernizarea infrastructurii energetice din România. Măsura vine într-un context european în care securitatea energetică, costurile energiei și infrastructura sustenabilă devin priorități strategice pentru competitivitatea economică. Sursă: Fondul pentru Modernizare / Ministerul Energiei Econet Romania – Energy Ministry launches new €310M funding round for private renewable energy projects

ALT Traditional wind turbines face a simple challenge: they must constantly follow the direction of the wind. That’s why they rely on rotating mechanisms to stay aligned and capture energy as efficiently as possible. But this approach comes with trade-offs: • greater mechanical complexity • wear and tear over time • higher maintenance requirements Vertical wind turbines work differently. Instead of constantly turning to face the wind, they can capture airflow from any direction, without additional rotation systems. What does that mean in practice? ✔ more consistent performance in real-world conditions, where wind direction frequently changes ✔ fewer moving components ✔ lower maintenance requirements ✔ easier installation in limited spaces, on rooftops, farms, or urban environments This is one of the reasons vertical turbines are increasingly considered for distributed infrastructure and urban applications. In energy, performance is not only about maximum efficiency under ideal conditions.