AleaStorage services have become a key tool for all agents in the energy sector. From large consumers to system operators, all groups face challenges that require solutions based on energy storage, hybridization of technologies and revenue optimization. Thanks to the integration with AleaGreen and AleaBlue, we offer a transversal and complete approach for each customer profile.
Companies with high energy demand, such as industrial or logistics plants, seek to reduce costs, improve their competitiveness and advance sustainability. AleaStorage helps them analyze the viability of batteries to reduce consumption peaks, improve self-consumption and guarantee a more stable supply in the transition towards a more flexible energy model.
Large generators need to maximize revenue and stability in a volatile market environment. AleaStorage allows them to integrate storage into their renewable or thermal assets, optimize production profiles, reduce deviations and reinforce the profitability of new hybrid developments.
In increasingly complex markets, marketers must manage risks and offer competitive solutions. AleaStorage facilitates the strategic use of batteries as a tool for flexibility, arbitrage and adjustment, strengthening its position in the face of price volatility and the new demand profile.
Control centers operate in real time and require accurate forecasts to make agile decisions. AleaStorage allows them to optimize battery management, define charging and discharging strategies, and operate more efficiently in an increasingly decentralized and renewable electrical system.
TSOs must guarantee system stability in a context of high renewable penetration. AleaStorage ofrece herramientas clave para evaluar el papel del almacenamiento en la provisión de servicios de flexibilidad, contención de picos de consumo y soporte a la integración de tecnologías limpias.
Developers and investors require bankable models and solid analysis to justify their decisions. AleaStorage provides them with income studies, hybridization simulations and optimal battery sizing, essential to evaluate the viability and profitability of new projects within the framework of the energy transition.
Traders operate in real time seeking to maximize profits through arbitrage and hedging. AleaStorage offers them tools to integrate storage assets into their strategies, take advantage of time flexibility and anticipate market evolution in an increasingly competitive environment.
Projects for the production of renewable fuels from electricity depend on efficient management of electrical costs. AleaStorage allows modeling the use of batteries to operate electrolyzers more profitably, reduce LCOE and adapt processes to market signals in this new frontier of the energy transition.
