PPC 2025 compliance: what owners of PV and wind plants ≥100 kW need to do now

What is the PPC and what does the regulation requires

Power Plant Controllers (PPC) are the strategic command-and-control system for grid-connected photovoltaic and wind plants. They handle coordination, supervision and, above all, the dynamic regulation of injected power when requested by the grid operator. In short, they are the smart interface that allows the plant to communicate with the grid and adapt quickly and safely to its operational needs.

The new ARERA Resolution 385/25/R/eel introduces updated technical requirements that all plants connected at medium voltage with a capacity of 100 kW or greater must comply with. Upgrading PPCs is no longer optional: it is necessary to remain compliant, ensure operational continuity and, above all, avoid losing access to incentives, whose first deadline depends on the plant’s capacity.

This regulatory intervention is also a necessary step to modernize plant management and align it with the operation of the national electricity grid, which is increasingly complex and characterized by a growing share of renewables. In particular, the resolution aims to:

• Standardize integration: Ensure that renewable plants, which are becoming ever more numerous, can be managed uniformly and in a coordinated way, improving predictability and system reliability.
• Provide grid stability: Guarantee plants’ ability to respond rapidly and effectively to frequency or voltage variations, actively contributing to national grid stability.
• Ensure effetive interaction Optimize the communication and control interface between energy producers and the grid operator (Terna).

Risks and penalties for non-compliance

Failure to meet PPC requirements by the deadline is not only an administrative violation, but also leads to severe operational and economic consequences for plant owners, such as:

• Suspension of operation: The plant may face immediate operational shutdown by the grid operator until full compliance is achieved.
• Loss of incentives: Technical non-compliance can result in withdrawal or forfeiture of ongoing GSE incentives.
• Permanent technical non-compliance: In the most serious cases, the plant may be disconnected, halting production and causing significant financial losses.

From regulatory obligation to competitive and strategic advantage

Although PPC compliance is often seen as an unavoidable technical cost, it is actually a key step toward more modern and efficient energy management. If approached strategically—through digitalization, data and automation—compliance becomes an operational and economic opportunity over the medium to long term.

The installation and proper configuration of a PPC adds a higher level of control and supervision to the plant and, when integrated with E-BOOST, makes it possible to fully leverage this upgrade, delivering tangible benefits such as:

• Greater transparency and operational control: The PPC becomes the starting point for data-driven management. With E-BOOST, the plant gains full visibility of energy and performance data monitored in real time. This is essential for modern energy governance, which requires fast decisions based on reliable information.
• Reduced administrative burden and simpler relations with the GSE: Automating compliant data collection and documentation makes audits, post-intervention checks, and GSE requests easier and faster to manage. This means less time spent on administrative processes and more time on value-adding activities.
• A digital foundation for integrating BESS systems: The advanced control infrastructure required by PPC regulation, once digitalized through E-BOOST, becomes the ideal prerequisite for integrating Battery Energy Storage Systems (BESS). The platform enables scenario simulations, economic impact assessments (peak shaving, arbitrage), and supports the shift toward more flexible, profitability-oriented energy models.

PPC compliance is an investment that meets today’s regulatory requirements but becomes a real lever for efficiency and competitiveness tomorrow. By digitalizing and automating this step with E-BOOST, the plant gains control, reliability and long-term value-generation capability: costs are reduced, compliance is simplified, and a technology base is built to unlock new opportunities.