PSEA for PV, battery storage and dynamic tariffs.
Understand energy flows, use dynamic electricity tariffs and make battery strategy transparent – with local, rule-based optimization by the energy-pi.
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An energy strategy for the building.
PSEA does not just show live values. It visualizes the strategy behind the system: when electricity is purchased at a low price, when the battery is charged and when capacity is kept free for upcoming PV yield.
Visualize PV generation
Current output, daily yield and history show when energy is coming from the roof.
Understand house consumption
Consumption patterns and load peaks become visible over time.
Use dynamic tariffs
Electricity price data becomes part of the battery and energy strategy.
Use the battery intelligently
The battery can be charged in low-price windows without blocking future PV yield.
Track grid import and export
Import, export and system balance are transparent for the customer.
Trace historical data
Charts show what happened and when – PV, consumption, storage, grid and price.
Use low-price energy without wasting PV storage capacity.
With dynamic tariffs, it can make sense to charge the battery during low-price windows. PSEA does not only look at the current electricity price, but also at expected PV generation.
The goal is to avoid a battery that is unnecessarily full when solar energy will be available later. This supports cost-efficient operation while keeping a strong focus on self-generated PV energy.
Check electricity prices
Dynamic tariff data shows low and high-price windows.
Forecast PV yield
PV forecast and weather data indicate whether own energy will be available later.
Calculate battery strategy
The battery is not simply filled blindly, but used strategically.
Reduce energy costs
Low-cost energy becomes easier to use, while self-consumption and transparency improve.
PV forecast, weather data and consumption forecast work together.
The optimization combines expected PV yield, weather data, typical consumption patterns, price history, battery status and grid data.
PV forecast
How much energy is expected from the roof?
House consumption
Which consumption patterns are typical for the building?
Weather data
Weather information supports PV generation forecasting.
Electricity price
Tariff data shows when grid power is especially cheap or expensive.
Adapted to the building, the system and user behavior.
The result is not a generic fixed routine, but a project-specific operating strategy. It takes into account the real system, storage capacity, PV output, tariff model and typical consumption.
PSEA can help create better conditions for cost-efficient and environmentally conscious operation.
The actual control logic runs on site.
The energy-pi operates locally at the customer site and optimizes energy flows autonomously. Decisions are rule-based, transparent and project-specific – without black-box AI.
This supports trust and technical control: the system remains manageable on site, while the app clearly shows what is happening and why.
Operating data can help improve the strategy.
Selected operating data can be evaluated additionally in order to identify optimization potential. The rule strategy can then be refined and better adapted to the specific system.
Operational anomalies can become visible so that the system can be adjusted and further optimized in a targeted way.
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PSEA combines visibility with strategy.
The PANAROTTO Save Energy App helps customers understand how PV, battery storage, house consumption, grid and dynamic prices interact – while the energy-pi optimizes energy flows locally and rule-based.
Request a project
Would you like to check whether PSEA fits your PV, battery storage or heat pump system?
Contact PANAROTTO