AleaStorage services have become a key tool for all stakeholders in the energy sector. From large consumers to system operators, all groups face challenges that call for solutions based on energy storage, technology hybridisation, and revenue optimisation. Thanks to the integration with AleaGreen and AleaBlue, we offer a comprehensive and cross-cutting approach tailored to each client profile.
Renewable energy and battery developers, investment funds and banks require reliable forecasts and independent analysis to evaluate, finance and manage projects with confidence. AleaSoft provides long-term price scenarios, revenue estimates and risk analysis to support due diligence, financing and M&A transactions, enabling more secure and profitable strategic decisions in the development of renewable energy and storage assets.
Companies with high energy demand, such as industrial or logistics facilities, aim to reduce costs, improve competitiveness, and advance in sustainability. AleaStorage helps them assess the viability of batteries to reduce consumption peaks, enhance self-consumption, and ensure a more stable supply during the transition towards a more flexible energy model.
Renewable energy and battery developers, investment funds and banks require reliable forecasts and independent analysis to evaluate, finance and manage projects with confidence. AleaSoft provides long-term price scenarios, revenue estimates and risk analysis to support due diligence, financing and M&A transactions, enabling more secure and profitable strategic decisions in the development of renewable energy and storage assets.
Companies with high energy demand, such as industrial or logistics facilities, aim to reduce costs, improve competitiveness, and advance in sustainability. AleaStorage helps them assess the viability of batteries to reduce consumption peaks, enhance self-consumption, and ensure a more stable supply during the transition towards a more flexible energy model.
Electricity generation companies, both utilities and independent producers, need to maximise revenues, reduce risks and ensure stability in an increasingly volatile market. AleaSoft provides price and demand forecasts for all horizons, revenue estimates for renewable energy and storage assets, and analyses of cannibalisation and curtailments. It also provides strategic support for PPA, repowering and hybridisation, helping to optimise production profiles, reduce imbalances and enhance the profitability of their assets and new developments.
In increasingly complex markets, retailers must manage risks and offer competitive solutions. AleaStorage supports the strategic use of batteries as a tool for flexibility, arbitrage, and balancing, strengthening their position in the face of price volatility and the evolving demand profile.
Electricity generation companies, both utilities and independent producers, need to maximise revenues, reduce risks and ensure stability in an increasingly volatile market. AleaSoft provides price and demand forecasts for all horizons, revenue estimates for renewable energy and storage assets, and analyses of cannibalisation and curtailments. It also provides strategic support for PPA, repowering and hybridisation, helping to optimise production profiles, reduce imbalances and enhance the profitability of their assets and new developments.
In increasingly complex markets, retailers must manage risks and offer competitive solutions. AleaStorage supports the strategic use of batteries as a tool for flexibility, arbitrage, and balancing, strengthening their position in the face of price volatility and the evolving demand profile.
Control centres operate in real time and require accurate forecasts to make swift decisions. AleaStorage enables them to optimise battery management, define charging and discharging strategies, and operate more efficiently in an increasingly decentralised and renewable electricity system.
TSOs must ensure system stability in the context of increasing renewable energy penetration. AleaStorage provides key tools to assess the role of storage in delivering flexibility services, containing consumption peaks, and supporting the integration of clean technologies.
Control centres operate in real time and require accurate forecasts to make swift decisions. AleaStorage enables them to optimise battery management, define charging and discharging strategies, and operate more efficiently in an increasingly decentralised and renewable electricity system.
TSOs must ensure system stability in the context of increasing renewable energy penetration. AleaStorage provides key tools to assess the role of storage in delivering flexibility services, containing consumption peaks, and supporting the integration of clean technologies.
Traders, demand aggregators and market representatives actively participate in electricity markets seeking to maximise the value of their portfolios through arbitrage, flexibility management and hedging. In a context marked by renewable energy integration and storage growth, they need accurate price and demand forecasts, as well as studies to make the most of battery flexibility.<
Projects producing renewable fuels from electricity depend on efficient management of electricity costs. AleaStorage makes it possible to model the use of batteries to operate electrolysers more profitably, reduce the LCOE, and adapt processes to market signals in this new frontier of the energy transition.
Traders, demand aggregators and market representatives actively participate in electricity markets seeking to maximise the value of their portfolios through arbitrage, flexibility management and hedging. In a context marked by renewable energy integration and storage growth, they need accurate price and demand forecasts, as well as studies to make the most of battery flexibility.
Projects producing renewable fuels from electricity depend on efficient management of electricity costs. AleaStorage makes it possible to model the use of batteries to operate electrolysers more profitably, reduce the LCOE, and adapt processes to market signals in this new frontier of the energy transition.
