Result description
SPT is a high-level assistance ICT tool powered by AI. It is a microservices APP that offers various functionalities and features for potential VPP managers, EC managers or PMO to define and decarbonization replication planning in an affordable way.
To achieve this goal, It provides key services as follows: (a) A configuration of a portfolio, (b) Simulation of any configuration from the history, (c) Optimisation of the by using two methods : Nelder-Mead and NSGA2 and (d) And, generating a full planning report that includes all information linked to the replication case.
The SPT is developed by using the open-source ReactJs technology for the frontend and User interfaces (UIs), Python-based Django framework for the backend and MongoDB engine for the external database. RDIUP implemented RESP-API to ensure an interoperable communication with the Database and other APIs.
Addressing target audiences and expressing needs
- Business partners – SMEs, Entrepreneurs, Large Corporations
- Investor introductions
- Business plan development
To accelerate our mission, we are actively seeking expertise in business plan development and investor introductions. We need strategic partners who can help us refine our business model, identify growth opportunities, and secure the necessary funding to expand our impact go beyond the current functionalities.
- Other Actors who can help us fulfil our market potential
R&D, Technology and Innovation aspects
At this stage stage, the SPT is working locally and hosted in cloud AWS and it is under testing by various ECs and Islands pilots. The SPT allows to configure energy assets (generation, storage and loads), simulate these configurations, optimize them according to two objective functions. Finally it generates a full replication planning.
The next steps will be the integration of the data cleaning in the frontend, and improve the virtual energy trading features. Also we intend to add more energy assets, enhance the predefined load profiles, and add more objective functions. Finally, we aim to include weather prediction in the next SPT version.
To ensure our business model for SPT (www.sptapp.eu) is scalable, we consider implementing a subscription-based model with tiered plans catering to different user needs. We will also develop modular add-ons that users can purchase as needed, and offer a freemium model to attract users and upsell premium features (to go from limited to illimited simulations). Form strategic partnerships with industry stakeholders, puniciplaities and universities (provide them academic and training tool) to expand your user base and create new revenue streams. Provide API access to allow third-party developers to integrate SPT’s functionalities into their own applications, charging for API usage based on the number of calls or data volume. Ensure our tech stack is built to scale using cloud-based infrastructure, microservices architecture, and continuous performance optimization. Expand into global markets by localizing your platform, complying with local regulations, and partnering with local entities. Invest in R&D to incorporate the latest AI and machine learning advancements, regularly updating your platform with new features. Moreover wwe will develop a robust marketing strategy using content marketing, social media, SEO, and targeted advertising to attract and retain users. SPT will offer excellent customer support and success services to help users maximize the platform’s value and reduce churn. By adopting these strategies, our business model for SPT can achieve scalable growth, ensuring long-term sustainability and success in the energy transition market
The SPT was primarily designed for specific ‘Island’ use cases within the context of Virtual Power Plants (VPP). However, its potential for replicability extends far beyond these initial applications. The SPT can be adapted for any energy systems and sectors requiring optimization and decarbonization, making it a versatile tool for a wide range of applications. This includes replicability for hybrid energy storage systems, integrating various assets such as heating and thermal energy storage. The flexibility and adaptability of SPT make it a valuable solution for optimizing complex energy networks and achieving sustainability goals across different contexts. Furthermore, SPT’s utility is not confined to Europe; it is equipped with access to nearly worldwide weather data, including solar irradiance, temperature, and wind speed, allowing it to be deployed effectively in diverse geographical locations. This global applicability ensures that SPT can support energy transition initiatives and enhance energy efficiency on an international scale, addressing the unique challenges and opportunities presented by different regional climates and energy landscapes.
Absolutely, our results for SPT are designed to be sustainable in the long term. Our Cloud-APP is built on scalable and flexible technology, utilizing a cloud-based infrastructure and a microservices architecture that can grow and adapt to increasing demands. By leveraging open-source technologies like ReactJs for the frontend, Django for the backend, and MongoDB for database management, we ensure cost-effective and robust performance.
Our subscription-based model with tiered plans and modular add-ons provides a steady revenue stream while accommodating a wide range of user needs, from small enterprises to large organizations. The freemium model helps attract new users, converting them to premium plans over time, ensuring ongoing growth and user retention. Our API integration allows third-party developers to embed SPT functionalities into their applications, broadening our user base and revenue potential.
We are committed to continuous innovation through R&D, incorporating the latest advancements in AI and machine learning to keep our platform at the cutting edge. This ongoing development ensures that we can meet evolving market demands and maintain our competitive advantage.
Furthermore, SPT’s ability to adapt to various energy systems and sectors, coupled with access to global weather data, positions us to address diverse energy optimization and decarbonization needs worldwide. This global applicability enhances our long-term relevance and impact.
- North America
- Middle-East
- Europe

