An integrated solution combining storage, control, and intelligent management to enhance distributed photovoltaics
September 24, 2025 – PRAMAC, an internationally active company in the Energy Storage and smart energy management sector, announces the launch of a new technological solution designed to enable the remote self-consumption model in Italy.
An Integrated Ecosystem to Maximize Renewable Energy
This new offering aims to provide a complete, scalable, and technologically advanced system capable of enhancing energy production from multiple photovoltaic plants located at different sites but connected to the same primary substation.
Thanks to this architecture, energy can be made available for consumption at a single energy user site, maximizing self-consumption even when using distributed generation plants.
The system integrates:
- Battery Energy Storage Systems (BESS),
- Advanced control infrastructures,
- Pramac’s proprietary Energy Management System (EMS).
This virtual energy network enables the optimization of self-consumption, a reduction in grid dependency, and an increase in energy autonomy for end users.
A Proprietary and Flexible EMS
At the core of the architecture lies Pramac’s proprietary EMS, designed to offer advanced real-time monitoring, control, and management functionalities.
The system is highly customizable and compatible with different plant configurations, even in complex contexts. This flexibility allows for intelligent energy flow management, ensuring the maximum enhancement of photovoltaic production and operational continuity.
Distributed Energy, Centralized Management
The new solution enables companies and industrial operators to overcome the limits of local self-consumption, leveraging multiple distributed photovoltaic systems in a synergistic way.
Through smart devices capable of coordinating energy flows in real time between production and consumption sites, Pramac offers a model characterized by high efficiency, reliability, and operational flexibility.
Pilot Project in Trentino
The solution has already been successfully implemented in Trentino, where five independent photovoltaic sections were integrated, all connected to the same primary substation.
The storage system, housed in a 20-foot container, features:
- 264 kW of power
- 1066 kWh of capacity
- Advanced sensors
- Fire suppression and climate control systems
- Remote monitoring interfaces
Thanks to this configuration, the client recorded a 30% increase in self-consumption compared to using photovoltaics alone, resulting in higher energy revenues and a significant reduction in ROI time.
20-Year Incentives as an Economic Driver
The solution's economic appeal is further enhanced by GSE incentives for remote self-consumption, valid for 20 years:
- Valorization Compensation (CV): reimbursement of certain tariff components for self-consumed energy;
- Premium Tariff (TP): up to €0.10/kWh, combinable with the CV, for a total value of €0.12–0.16/kWh for each self-consumed kWh.
A Scalable Model for National Adoption
The Trentino case demonstrates the practical and scalable applicability of Pramac’s solution in other industrial settings.
The integration of BESS, EMS, and distributed photovoltaics represents a replicable and sustainable model, capable of turning energy production into a clear, measurable, and long-term competitive advantage for Italian businesses.
