⚡ Energy Production & Grid Integration

Smart Energy Infrastructure

Sirius GreenTech is developing a next-generation energy infrastructure, combining large-scale solar production, advanced storage, and intelligent digital integration.

With an installed capacity of up to 160 MWp , the project aims to produce up to 960 MWh per day , positioning itself as one of the most important integrated energy hubs in Southern Europe.

🔌 Structural Contribution to the National Electricity Grid

A significant portion of the energy produced will be dedicated to injecting it into the National Electricity Grid , reinforcing:

Network stability in the Alentejo region
National energy security
The transition to 100% renewable energy sources.
Reducing dependence on fossil fuels

The strategic location in the Alqueva region allows for efficient integration into the high-capacity energy transmission network.

🔋 Large-Scale Storage with Tesla Megapack

To ensure operational continuity and energy stability 24 hours a day, the project integrates large-scale storage systems based on Tesla Megapack technology.

These systems allow:

To store energy produced during the day.
Ensuring energy autonomy during the night.
Stabilize the injection into the network.
Reduce peak loads
To provide support and balancing services to the network.

Thanks to its installed storage capacity, Sirius GreenTech will be able to supply energy to the grid even during the night , even when there is no active solar production.

This transforms intermittent solar energy into a continuous and predictable energy infrastructure.

🌞 24/7 Energy Model

During the day:

Large-scale solar production
Feeding the digital infrastructure (AI, data processing)
Strategic injection of energy into the grid
Loading storage systems

During the night:

Operation sustained by energy storage
Data center continuity
Possibility of supplying energy to the grid.
Intelligent stability and load management

This hybrid model positions Sirius GreenTech as a resilient energy infrastructure, capable of operating and contributing to the national electricity grid continuously.