Dispatchability and Storage

We design hybrid plants that combine photovoltaic, thermal, biomass, hydrogen, and storage technologies under a single operational strategy.

Using our in-house tools —SENSOL+ and EMS (Energy Management System)— we simulate operation, optimize plant sizing, and define control logics that adapt to market conditions.

This integrated approach allows investors and operators to maximize revenues, extend asset lifetime, and maintain stability even in intermittent or isolated grids.

Why choose us

We bring together multidisciplinary expertise in power cycles, process engineering, and digital systems with deep knowledge of storage technologies —electrochemical, thermal, and hybrid— to deliver complete, safe, and reliable solutions.
Our teams design dispatchable generation systems that incorporate batteries, molten-salt tanks, or hybrid configurations, managing every phase from conceptual and basic engineering to EPC and commissioning.
Sener’s experience across renewable generation, hybridization, and digital control enables clients to rely on systems that are efficient, scalable, and compliant with grid and market requirements.

How we work

We start by assessing site conditions, load profiles, and market signals to define the optimal configuration of the storage system.
Through our EMS, we model operation using predictive algorithms that combine generation forecasts, market prices, and degradation models to find the best trade-off between performance, cost, and reliability.
Whether in utility-scale hybrid plants, industrial microgrids, or off-grid infrastructures, we integrate renewable sources with storage and dispatchable assets to maintain continuous, profitable operation.

We deliver end-to-end storage solutions