Green Compute Meets
Energy Innovation.

We are stabilizing the grid with ultra-fast and flexible demand response.

At Riveon, we pioneer innovative solutions to address the challenges of modern electricity grids, such as volatility from renewable sources like wind and solar. Grid balancing ensures a stable supply-demand equilibrium, maintaining frequency at 50 Hz in Europe to prevent blackouts or equipment damage. Our advanced BESS technology, integrated within the Riveon Group, plays a pivotal role in this process by storing excess energy and releasing it instantaneously when needed.

BESS helps the grid by providing ultra-fast response capabilities. For instance, in primary frequency control (FCR), our systems detect deviations in milliseconds and adjust power flow accordingly, smoothing out fluctuations caused by unpredictable renewable generation. This technological progress enhances grid resilience, allowing for higher penetration of clean energy without compromising stability. At our sites across Europe, Riveon deploys modular BESS containers alongside data centers, enabling seamless integration of renewables through intelligent input/output management via our NEXXUS platform.

To facilitate renewable energy integration, BESS acts as a buffer: it absorbs surplus solar or wind power during peak production periods and discharges during low-output times, effectively bridging intermittency. Combined with weather forecasts and spot market data, our AI-driven algorithms optimize this process, supporting ancillary services like peak shaving and load shifting. In our managed compute services model, workloads are interruptible, allowing BESS to prioritize grid needs while advancing high-performance computing (HPC) alongside energy storage. This convergence represents Riveon's commitment to technological evolution, making grids smarter and more adaptive for a sustainable future.

We are enabling AI and High Performance Computing to provide sustainable intelligence and information.

Electricity grids are facing unprecedented challenges due to the rise of renewable energy sources like wind and solar power, leading to volatile power sources, lack of predictability, and grid instabilities. These issues stem from the intermittent nature of renewables, where generation can fluctuate rapidly based on weather conditions, causing frequency deviations and potential disruptions in power quality.

Within the Riveon Energy Space, we are committed to making the world smarter by enabling AI and High Performance Computing (HPC) to provide intelligence and information that mitigates these problems. As the asset owner within the group, we deploy modular Battery Energy Storage Systems (BESS) co-located with data centers to pioneer grid-friendly integrations. Our NEXXUS input/output platform facilitates this by connecting HPC and AI workloads in a way that respects grid constraints, allowing interruptible managed compute services to adapt dynamically to network demands.

This technological advancement enables the global provision of AI and HPC resources without overburdening grids: BESS buffers energy fluctuations, storing excess during high-production periods and supporting controlled release, while HPC facilities operate flexibly. We demonstrate this progress by combining BESS with HPC datacenters and waste-heat recovery for applications like district heating – evolving infrastructure into intelligent, adaptive systems for a sustainable future.

We are committed to create technology that brings AI and High Performance Computing in every environment.

We are committed to creating technology that brings AI and High Performance Computing into every environment, addressing the barriers to widespread adoption in regulated sectors like healthcare. Traditional cloud solutions often compromise data privacy, exposing sensitive patient information to external risks and failing to meet stringent regulations.

We develop dedicated on-premise hardware solutions that empower physicians to harness AI securely within their own facilities. Our modular systems integrate high-density GPU servers with edge computing capabilities, ensuring all data processing occurs locally – behind firewalls and compliant with data protection standards such as GDPR or HIPAA. This approach eliminates latency issues and external dependencies, allowing real-time AI applications like diagnostic imaging analysis or personalized treatment simulations without ever leaving the controlled environment.