Micro-Grids are local energy networks that intelligently connect generators (e.g., PV systems), storage, and consumers. They make buildings or sites more independent and efficient. As more and more renewable energies, storage, and modern electrical consumers are integrated, Micro-Grids change dynamically – today's systems are not tomorrow's. Therefore, continuous adaptation is crucial to keep the overall system stable.

Because stable grid parameters not only increase efficiency but also protect your equipment. Poor power quality leads to unnecessary losses, higher wear, and failures.

An important point. Many conventional systems have blanket/static functional parameters – GRYDION works differently:Dynamic and adaptive: We regulate in real-time and consider the current loads in the entire Micro-Grid.Future-proof: Micro-Grids are changing rapidly. A functioning system today can reach its limits tomorrow without adaptation. Those who anticipate changes early act proactively.

This depends heavily on your industry and infrastructure. Experience shows that in almost all operations there are noticeable optimization opportunities – often combined with additional benefits for PV systems and fleet management. On the one hand, immediate savings are achieved through physical optimization measures. On the other hand, software-based improvements are added, which have a continuous effect and increase your efficiency in the long term. We therefore see our collaboration as a partnership with sustainable benefits.

The methodology for calculating savings was developed in a scientific context – together with experts for power grids and transformers. This ensures that the results are reliable and comprehensible.

An intelligent system continuously monitors your grid parameters and controls them situationally. We naturally ensure compliance with EN 50160, which defines the requirements for voltage quality in public power grids. Result: Fewer losses, more stable processes, longer lifespan of your infrastructure. We are happy to discuss further details in a personal conversation.

No. The optimization runs in the background, within standard limits and without interfering with your operations. On the contrary: your processes will become more stable.

The advantages can be significant – because better grid quality allows you to use more self-generated electricity and reduce losses due to curtailment.

The investment usually pays for itself quickly. It doesn't necessarily have to be a classic investment: GRYDION is also available as a pure Software-as-a-Service model – with full flexibility and without high initial costs. Since we see the collaboration as a long-term partnership, we support you not only at the start but also in the continuous development of your energy efficiency.

• Higher security of supply
• Fewer unplanned outages
• Longer machine lifespan
• Improved CO₂ footprint
• Future-proofing through integration of PV, storage and e-mobility

These benefits are not just short-term effects – they continue to grow over the course of the partnership, as your system is continuously optimized.

On the contrary: the solution optimally complements your energy management system. Improved power quality and increased efficiency support your ISO 50001 goals and provide additional, reliable measurement data for audits.

It is true: some regulatory requirements, such as the CSRD reporting obligations (Corporate Sustainability Reporting Directive), have been postponed. However, the requirements themselves remain and will become binding in the coming years. Regardless, energy efficiency immediately reduces your costs and strengthens your competitiveness. Those who act early benefit twice – through lower operating costs and regulatory certainty.

Yes. Reactive power occurs when energy is transported in the grid but not converted into usable power – for example with motors, transformers or lighting. This burdens lines and transformers, causes losses and can result in additional costs. GRYDION's system ensures fewer losses, more capacity for active power, stable processes and the avoidance of grid operator surcharges.

Yes. A classic reactive power compensation (PFC) usually works statically or in stages. GRYDION goes beyond this: We optimize dynamically in real-time and consider the current loads in the entire Micro-Grid.

Yes. Classic load management systems mainly control consumption temporally – often according to fixed rules or tariffs. GRYDION complements these systems by additionally optimizing power quality and bringing about efficiency gains.