Tag: italy

  • Lit secures €570K to scale energy data disaggregation tech

    Lit secures €570K to scale energy data disaggregation tech

    Italian cleantech startup litbox has secured €570,000 in funding to expand its energy consumption monitoring technology across European markets. The investment round, led by CDP Venture Capital‘s cleantech accelerator Zero, marks a significant step forward for the company’s patented disaggregation platform.

    The funding includes participation from Zest, Ortus Capital, and Angels4Women, alongside business angels. lit was selected and accelerated through Zero’s third edition programme, which partners with energy giant Eni to support innovative cleantech solutions.

    Transforming Energy Infrastructure Through Data

    lit’s core technology centers on virtualizing electricity meters, converting traditional analogue infrastructure into real-time digital platforms. The company’s proprietary algorithms disaggregate electrical consumption data, providing granular insights into energy behaviour patterns.

    We want to make a sector that appears to be data-driven, but in reality isn’t yet: the energy sector, truly data-driven” ~ Alessia Lucentini, co-founder and CEO of Litbox.

    The startup has developed over 100 proprietary energy profiles and maintains a business-to-business customer base spanning Italy and international markets. Major utilities are among lit’s clients, with hundreds of active users currently utilizing the platform to monitor and reduce consumption levels.

    Market Expansion and Technical Development

    The fresh capital will support lit’s commercial scale-up across Italy and broader European markets. The company plans to expand its workforce, consolidate its patent portfolio, and enhance the technological capabilities of its platform infrastructure.

    Stefano Molino, Head of the Accelerator Fund at CDP Venture Capital, commented: “lit has developed an innovative patented technology that is allowing it to establish itself as an increasingly relevant and authoritative player in the cleantech world

    The investment reflects growing confidence in female-led technology ventures within the energy sector. lit’s leadership team brings specialised expertise to address complex challenges in energy data management and consumer behaviour analysis.

    Industry Context and Growth Potential

    According to recent research from the International Energy Agency and McKinsey, the global energy efficiency services market will exceed $300 billion in 2023. This growth is driven by increasing pressure to reduce emissions and improve sustainability across existing infrastructure.

    Digitalisation technologies, particularly load disaggregation solutions, represent high-potential market segments. Businesses and consumers are demanding increasingly intelligent and customised energy management solutions.

    Alessia Lucentini, co-founder and CEO, emphasizes the importance of data-driven decision making: “To enable the energy transition, good intentions aren’t enough; we need informed, real-time decisions based on granular, accessible data

    Technology Implementation and Future Vision

    lit’s plug-and-play approach eliminates complex installation requirements, making advanced energy monitoring accessible to a broader range of users. The system provides actionable insights that enable measurable savings for consumers whilst creating opportunities for new business services.

    The company’s disaggregation technology breaks down total energy consumption into individual appliance and system usage patterns. This granular visibility allows users to identify inefficiencies and optimize their energy behavior in real-time.

    Energy disaggregation is the enabling technology for the energy of the future” ~ Alessia Lucentini, co-founder and CEO, highlighting the platform’s role in creating transparent, personalised energy management solutions.

    As lit prepares for its European expansion, the company aims to establish itself as the reference data infrastructure for flexible, transparent, and user-centric energy management across diverse market segments.

  • Maxi Mobility secures €1.2M for electric fleet service

    Maxi Mobility secures €1.2M for electric fleet service

    Maxi Mobility has completed a €1.2 million funding round to expand its electric vehicle subscription service targeting professional drivers and corporate fleets. The Italian startup’s business model addresses adoption barriers through comprehensive monthly packages that eliminate upfront costs and operational complexity.

    Subscription-Based Electric Vehicle Model

    The company operates through an all-inclusive monthly subscription approach that removes traditional obstacles to electric vehicle adoption. Professional drivers receive access to fully electric vehicles without initial capital requirements, alongside unlimited charging privileges at strategically positioned locations through sector partnerships.

    Maxi Mobility’s offering encompasses vehicle rental arrangements, comprehensive charging infrastructure access, fleet management technology, and round-the-clock support services. The digital platform enables fleet operators to optimize charging schedules and monitor vehicle performance whilst simplifying the transition process for drivers switching from conventional vehicles.

    Investment Participants and Strategic Backing

    The funding round attracted participation from company founders, angel investors, UniCredit Bank, and Motor Valley Accelerator. Motor Valley Accelerator operates as part of CDP Venture Capital’s National Accelerator Network, with co-investment support from Plug and Play Tech Center, UniCredit, and Fondazione di Modena.

    The investment in Maxi Mobility is fully in line with our mission to promote concrete and scalable solutions for sustainable mobility” ~ Enrico Dente, director of Motor Valley Accelerator and Plug and Play

    Market Opportunity in Italian Cities

    The addressable market demonstrates significant potential, with over 13,000 active taxi licenses operating between Milan and Rome. Additional licensing opportunities have emerged following the 2023 Asset Decree, which incentivizes adoption of environmentally friendly vehicles within the transportation sector.

    This regulatory environment creates favorable conditions for electric vehicle adoption amongst professional drivers who previously faced financial and operational barriers to transitioning from traditional vehicle fleets.

    Capital Deployment Strategy

    The investment proceeds will support three primary objectives: expanding existing vehicle fleets in Milan and Rome, enhancing the technology platform and integrated charging services, and accelerating industrial development for scalability across Italy and key European markets.

    Electric mobility can become truly accessible if it is built around the concrete needs of those who experience it every day” ~ Gian Paolo Incutti, CEO and founder of Maxi Mobility.

    Industry Validation and Growth Trajectory

    Motor Valley Accelerator’s participation represents institutional validation of the company’s approach to electric mobility adoption. The accelerator’s involvement signals confidence in Maxi Mobility’s ability to address practical challenges faced by professional drivers and fleet operators.

    The arrival of a partner such as Motor Valley Accelerator represents a strategic validation of the work we have done and gives us the impetus to bring our vision to an industrial scale” ~ Gian Paolo Incutti, CEO and founder of Maxi Mobility

    The partnership positions the startup to leverage Motor Valley Accelerator’s network and expertise whilst accessing resources necessary for geographic expansion and service enhancement. This institutional backing could facilitate relationships with additional fleet operators and charging infrastructure providers across European markets.

  • SunCubes secures €1.1M for laser-based drone charging tech

    SunCubes secures €1.1M for laser-based drone charging tech

    Milan-based SunCubes has completed a €1.1 million seed funding round to advance its laser-powered wireless charging system for drones. The startup’s technology converts electrical power into focused light beams, addressing flight duration limitations that restrict drone operations across multiple industries.

    The funding round attracted investment from RoboIT and CrossConnect, both operating within CDP Venture Capital‘s National Accelerator Network. This capital injection will enable the company to build a minimum viable product for its contactless power transmission platform.

    Wireless Power Transmission Approach

    Unlike conventional charging methods that require physical contact or docking stations, SunCubes employs laser technology to deliver energy remotely to airborne vehicles. This approach differs markedly from competitors such as Germany’s Skycharge, which relies on contact-based charging infrastructure.

    The startup’s system aims to eliminate operational interruptions caused by battery depletion, potentially extending mission duration for commercial and industrial applications. CTO Tommaso Aresi explains the advantage: “The integration of our technology into existing systems offers a unique solution by providing uninterrupted power supply without physical interference

    Target Markets and Applications

    Urban logistics and industrial monitoring represent primary markets for the technology, where continuous operation proves essential for efficiency. The wireless charging capability could reduce downtime associated with battery replacement or vehicle retrieval for conventional charging.

    Beyond terrestrial applications, SunCubes identifies opportunities in space-based operations, leveraging its connection with the European Space Agency’s business incubation programme. This relationship provides access to specialised resources and expertise in space technology development.

    Academic and Industry Foundation

    The founding team comprises aerospace engineering graduates from Politecnico di Milano, bringing technical expertise in aviation and power systems. Their academic background, combined with ESA BIC Milan acceleration, has provided both theoretical knowledge and practical industry exposure.

    Early recognition through the T-TeC and Test-It Awards has validated the startup’s technical approach before securing significant funding. CEO Alberto Chiozzi articulates the company’s ambitions: “With this funding, SunCubes takes a decisive step toward creating technology that will radically change the way we think about drone autonomy and their future applications

    Product Development Strategy

    The investment will support development of the company’s core products, including SunCubes Light and SunCubes Lucy systems. These platforms represent the commercial manifestation of the startup’s research into laser-based energy transmission.

    SunCubes’ location at PoliHub provides ongoing access to academic resources whilst maintaining proximity to Milan’s growing technology sector. This positioning enables collaboration between university research capabilities and commercial development requirements.

    Market Competition and Challenges

    The wireless power transfer sector presents both established players and emerging innovators developing alternative approaches to remote charging. Solar-powered charging infrastructure represents one alternative being explored, though market adoption remains limited.

    As SunCubes progresses from prototype to commercial deployment, the company will need to demonstrate reliability and cost-effectiveness compared to existing solutions. The transition from laboratory conditions to real-world applications typically reveals additional technical and operational challenges.

    The startup’s laser-based methodology offers theoretical advantages in terms of power delivery efficiency and operational flexibility. However, practical implementation will require addressing safety considerations, weather resilience, and integration with existing drone systems across different manufacturers and applications.