Tera Brings Innovative IoT Solutions to Smart Building Levante 2024
smartbuilding fiera levante bariWe are excited to announce that Tera will participate in Smart Building Levante 2024 , an event of international significance that will be held in Bari from November 14th to 15th . This event is a reference point in the Mediterranean for the 4.0 construction and urban planning sector and for the crucial theme of the digital and energy transition. Smart Building Levante is an opportunity to explore the latest solutions in smart building , automation, and system integration . With three main thematic areas — Home and Building Automation, Security and Safety, Buildings 4.0 and Renewable Energies — the event is a platform for exchanging ideas and innovations that will shape the future of our built environment. Tera's participation in this event underscores our commitment to leading the digital transformation in the energy and construction sectors. We invite all industry operators, partners, and customers to visit our spot to discover how our solutions can make a difference. What to Expect from us Tera, an innovative industry that stands out for the development of IoT edge computers and solutions for smart metering and digital energy , will present cutting-edge solutions that are useful, if not indispensable, for enabling users, primarily businesses, to achieve energy efficiency goals and, more broadly, sustainability objectives: the era of Digital Energy requires us to transform the way we manage and consume energy During the event, Tera will present some of its latest innovations, including: • Updated DCP Software Version : Our free software package, DCP, will be presented with new features that improve integration and efficiency in smart metering systems. • Cloud Management Platform : We are excited to unveil the beta version of our cloud management and dashboarding platform, based on open-source technologies. This solution is designed to be seamlessly integrated with third-party information systems, offering smoother and more centralized management. • Transition 5.0 : We will engage with visitors to focus on the advantages and constraints of the new Transition 5.0 plan, a tool through which the Italian government provides contributions to support the innovation of companies and professionals towards a more sustainable energy future. Event Information • Date : November 14-15, 2024 • Location : Nuovo padiglione Fiera del Levante, Bari, Italy • Event Website : For more information about our participation and to schedule a meeting, do not hesitate to contact us through our website or social media channels. Join us for an experience that promises to redefine the future of building and energy. We look forward to meeting you at Smart Building Levante 2024!
From Digital Energy to Edge Computing: the intelligent evolution of the energy grid
In the landscape of connected and decentralized energy, even the most traditional tools are undergoing transformation. Today, fiscal energy meters are no longer just measuring instruments, but intelligent nodes within an ever-evolving energy ecosystem. Thanks to integration with edge devices, such as our Beeta Readers, it is possible to collect, process, and enhance energy data directly at the point where it is generated, ensuring faster response times, autonomous management, and greater local control of resources. This approach enables users—whether individuals, businesses, or communities—to make more informed decisions and proactively optimize their energy consumption and production. This evolution opens up new scenarios for the dynamic management of energy flows, where data becomes not only a monitoring tool, but an enabler for real-time, localized optimization of consumption and production. 📡 In this context, Renewable Energy Communities (CERs) and Virtual Power Plants (VPPs) find their technological foundation. The ability to accurately monitor energy withdrawals and injections, flexibly aggregate distributed resources, and respond quickly to grid conditions represents a new frontier for efficiency, sustainability, and energy autonomy. What seemed futuristic only a few years ago is now becoming reality, thanks to the convergence of digital energy, edge computing, and artificial intelligence. Tera continues to invest in the research and development of edge-cloud platforms capable of interfacing with existing meters, processing data locally, and contributing to the creation of an increasingly resilient, transparent, and participatory energy network. 🔍 Our CEO, Antonio Sacchetti, discusses this in greater depth in an article featured on pages 36–37 of the digital magazine Smart Building Italia, available at the following link: 👉
New European Directives for Building Technologies: Constraints and Opportunities
New European policies are redefining the future of the smart building sector, posing new challenges while also opening up opportunities for innovation and growth. In his recent article published on Smart Building Italia, our CEO Antonio Sacchetti analyzed two key directives that will have a direct impact on building technologies: the Cyber Resiliency Act (CRA) and the Energy Performance of Building Directive (EPBD). The CRA is a European regulation that introduces strict cybersecurity requirements for all products with digital elements, particularly those connected to the network. Key aspects include: The goal is to ensure stronger protection against vulnerabilities and cyberattacks, but companies will need to face additional investments and complexities to comply. The EPBD aims at decarbonizing the European building stock, setting increasingly strict sustainability standards. The most relevant aspects include: 👉 Want to read the full article? You can find it on Smart Building Italia at this link:
Clean Industrial Deal: “buy European”, "Banca per la Decarbonizzazione" e "Nuove Garanzie Finanziarie"
Subject to the premises stated in the article published on the , the need for a plan that both supports energy-intensive companies and promotes the development of clean technologies, with a focus on the Circular Economy,the real innovations of this new plan (which, in some way, marks the first step beyond the limitations of the "EU Green Deal" ) consist of these three key points: Simplifying State Aid regulations, making it easier for individual EU countries to allocate public funds to companies active in renewable energy and clean tech. This includes allowing "European preference criteria in public procurement rules for strategic sectors" (the " Buy European" clause) and introducing qualitative requirements and criteria that provide a concrete advantage to manufacturers of products relevant to the energy transition, if they can demonstrate investments in decarbonization. Establishing the Industrial Decarbonization Bank , with a €100 billion fund to finance the decarbonization of major industrial processes across various sectors. This funding will be partly sourced from the reallocation of resources from the Innovation Fund and partly from additional revenues generated by the Emission Trading System and the restructuring of the InvestEU plan. Amending the InvestEU fund regulations to increase its risk-bearing capacity, resulting in an additional €50 billion in public and private financing for Clean Tech, Clean Mobility, and Waste Reduction. It is also noteworthy to mention the adoption on February 26 of the Action Plan for Affordable Energy , which promotes long-term energy purchase contracts, including cross-border agreements, backed by guarantees from the European Investment Bank (EIB). The plan also explicitly recommends that member states immediately reduce electricity taxes while awaiting the conclusion of negotiations on the Energy Taxation Directive. Additionally, it calls for shortening authorization times for renewable energy production and energy storage projects. These and future actions, which are necessary given the current geopolitical and macroeconomic landscape, are closely aligned with the recommendations outlined in the "Draghi Plan." The overarching principle driving this initial phase of the new EU policy direction is not to pursue decarbonization "immediately and at all costs," but rather to do so only if it remains compatible with the competitiveness of the European economy. In this context, an Action Plan for the Automotive Industry has been announced for March, followed by an Action Plan for Steel and Metals in the spring (with subsequent plans for the Chemical Industry and the Clean Tech Industry). Is this the right path? Is it enough? From a competitiveness standpoint, we would like to see a stronger push for #DigitalEnergy technologies, as they are #disruptive and have the potential to reshape business models creating a European energy market and system that would be difficult for non-EU competitors to penetrate, especially if coordinated with measures to ensure technological autonomy in #AI and #CloudComputing.
TERA supporting Italian businesses in the dual energy and digital transition through the Transizione 5.0 plan
The path that defines, within the EU, the regulatory-legislative framework for the Energy Transition and the Digital Transition is well documented. It starts with the Paris Agreement (confirming that these topics are essential within the broader goal of Sustainability) and extends to the redefinition of the European Green Deal and, more generally, to the RRP (Recovery and Resilience Plan, in Italy known as PNRR) following the Covid and Russia-Ukraine crises. From a technological standpoint, in terms of policies supporting businesses in Italy, the latest piece is the Transition Plan 5.0, launched by the government in the first quarter of 2024, which became operational both in timing and technical aspects with the recent circular from the Ministry of Enterprises and Made in Italy (MIMIT). The Transizione 5.0 Plan integrates with the Transizione 4.0 Plan within a broader strategy to support the digital and energy transformation of Italian businesses, with a total budget of 12.7 billion euros for the 2024-2025 period. The plan, with 6.3 billion euros dedicated, aims to facilitate the transformation of production processes to address the challenges of digital and energy transitions, in line with the REPowerEU plan. Therefore, the Transition Plan 5.0 indirectly serves as a reference for a technological roadmap (allowing the connection between technical concepts and rudimentary points of industrial strategy) and directly as the most up-to-date reference in terms of incentives for the industrial sector. On one side, this is where the interest of the beneficiary companies (the stakeholders of the Tera system) lies, and on the other, Tera's ability and willingness to support them toward the common goal: increasing competitiveness. What’s Transizione 5.0 Plan Article 38 of Decree-Law of March 2, 2024, n. 19, converted with modifications by Law April 29, 2024, n. 56, introducing "Further urgent measures for the implementation of the National Recovery and Resilience Plan (PNRR)," has established the new Transizione 5.0 Plan, introducing a tax credit for businesses that make new investments from January 1, 2024, to December 31, 2025, aimed at companies located within the national territory. These investments must involve innovation projects that result in a reduction of energy consumption of the production structure by no less than 3 percent, or alternatively, a reduction in the energy consumption of the processes involved in the investment by no less than 5 percent. This plan represents an important support tool for Italian businesses, encouraging the adoption of advanced technologies and the reduction of energy consumption. How it works The measure consists of an incentive in the form of a tax credit introduced for businesses investing in innovative projects during the 2024-2025 period, conditional on a reduction in energy consumption of at least 3% for the production structure or 5% for specific processes. The tax credit applies to investments in tangible and intangible assets that support the technological and digital transition of businesses, in line with the "Industria 4.0" model (Annexes A and B to Law 232/2016). This includes software and platforms for the advanced intelligence of plants, such as those developed by Tera, which ensure continuous monitoring and visualization of energy consumption, self-produced, and self-consumed energy, or introduce energy efficiency mechanisms through data collection and processing, including from field IoT sensors (Energy Dashboarding), as well as systems for the self-production of renewable energy, with the exception of biomass. Incentives are also provided for staff training, up to 10% of investments in capital goods, with a maximum limit of 300,000 euros. Access procedure Companies must submit preliminary and confirmation communications through the GSE's IT Platform, using SPID. The terms for submitting project completion communications will be established later. The procedure for accessing the incentive is subject to the submission of an "Ex ante" certification, attesting to the reduction in energy consumption achievable through the planned investments, and an "Ex post" certification, proving the actual realization of the investments in accordance with the ex-ante certification. Role of Tera • With the support of specialized partners, Tera offers consulting services to frame the project and handle the bureaucratic aspects (the application for funding). • With the support of specialized partners, Tera conducts preliminary energy assessments and designs monitoring plans that are functional for post-evaluation energy assessments and, more generally, for the implementation of Energy Dashboarding systems. These systems exceed the minimum requirements, offering advantages in optimizing resource management (Opex and Capex). • Using IoT Edge Computing devices developed by Tera, connected to sensing devices (from third parties, optionally supplied by Tera), Tera implements IoT systems for real-time energy data monitoring. • By using field software developed by Tera, integrated into existing corporate IT platforms (ERP, MES, and similar systems) and/or on custom-built platforms (developed by Tera, the beneficiary company's ICT consultants, or Tera's partner companies), business intelligence that characterizes Energy Dashboarding is implemented. Tera's offering is among the most flexible in the Italian market, covering a wide range of scenarios, from turnkey systems with cloud-based services to the simple supply of IoT Edge Computers (the field controllers, the electronic core of Energy Dashboarding systems), which can be easily integrated into the software already used by companies (standard communication protocols, open operating systems, integration of fiscal electric meter readings, availability of APIs). Contact us for more information at info@terasrl.it
Tera Guest at the 2024 Summit for Territories: Digitalization and EU2050 Objectives
energy efficiency IoT smart buildings edge computing digital energyOn September 11, 2024 , the third "Summit for Territories" organized by Smart Building Alliance (SBA) Italy , will take place at the "Camera dei deputati" . This annual event, aimed at assessing the state of digitalization and modernization of Italy's real estate assets, will be an opportunity to deepen crucial topics related to smart buildings and their role in the context of energy transition and environmental sustainability. The summit, which will feature numerous industry experts, will focus on the profound transformation underway in the construction sector, a change that not everyone is fully aware of. Beyond its primary function as "shelter," the building is becoming the physical terminal for an expanding range of innovative services made possible by digitalization. In this way, the building becomes a meeting point between human physicality and connection to an increasingly virtual world. This connection can improve quality of life, especially when accompanied by ease of use, which is often lacking in the technologies applied to buildings. This year's event, titled "Smart buildings: convergence of PNRR, digitalization, and EU2050 objectives" , will be divided into two sessions. The morning session, held at the "Carte Geografiche" Conference Center in Rome, will introduce the work with a focus on the convergence of the National Recovery and Resilience Plan (PNRR), digitalization, and the European Union's 2050 climate objectives. Topics will include the digitalization of buildings for social and economic development, enabling technologies for the evolution of energy services, the role of transport in decarbonization, and the management of digital risk and privacy. In the afternoon, the proceedings will move to the Camera dei Deputati, where three programmatic documents, developed by industry experts, business managers, and representatives of professional associations, will be presented to parliamentarians and political leaders. Antonio Sacchetti , CEO and chairman of Tera and an expert on digital energy (smart metering chain2, Renewable Energies Communities, Virtual Power Plant/local flexibility services), and the integration of technologies like edge computers in smart buildings, will speak at both sessions. The full program of the event is provided . The goal of the Summit is to raise awareness among a broad audience and key stakeholders about emerging issues related to smart buildings, while also promoting the protocol for equipping buildings with the digital infrastructure necessary to manage the new functions they are being called upon to fulfill. With the involvement of experts and parliamentarians, the event represents an important opportunity for discussion and reflection on key issues for the future of the construction sector and the sustainability of our planet. Register to participate to the event. #SmartBuilding #IoT #Innovations #SustainableEnergies #Tera #DigitalEnergy #EnergyEfficiency #EdgeComputers #smartmetering #chain2
Promoting Energy Efficiency and Sustainability in Heritage Buildings: TERA for SMARTeeSTORY at the 2nd General Assembly in Granada
SMARTeeSTORY project energy efficiency IoT smart buildings edge computing digital energy heritage buildingA few weeks ago, TERA had the privilege of participating in the 2nd meeting of the SMARTeeSTORY Project at the stunning Chamber of Commerce in Granada. The event kicked off on April 3rd with a warm welcome from key figures in the community and city administrations whose presence underscored a robust commitment to SMARTeeSTORY's mission of advancing energy efficiency and sustainability in heritage buildings. During the assembly, TERA and the partners of the consortium highlighted the energy efficiency interventions ongoing at the three project’s demo sites, focusing on the advancements made for the Spanish demo at the Royal Chancellery and on the relevance of adapting culturally significant buildings to achieve important goals with minimal visual disturbance. Working with public buildings presents numerous challenges, particularly regarding the installation of equipment for monitoring purposes. Nevertheless, we are making positive strides through continuous dialogue with local administrations to overcome legal barriers. A tour of the demonstration site at Granada's Royal Chancellery followed. This historic building, constructed in the 1500s to house the Court of Justice, has a rich past, having served various functions over the centuries. Today, it remains the seat of the Andalusian High Court of Justice. The second day of the meeting immersed participants in workshops centered on the project's three demonstration sites. Insights from the previous day's site visit informed discussions on planning interventions for the coming months. Participants exchanged ideas, solutions, and challenges, reflecting the collaborative spirit of SMARTeeSTORY. As we near the one-year milestone of the project, there is a growing sense of momentum towards the common goal of transforming heritage buildings into exemplars of smart, energy-efficient structures within the EU. The meeting concluded with participants departing with renewed enthusiasm and a shared commitment to advancing SMARTeeSTORY's objectives. Looking ahead, we are eager to continue creating synergies with like-minded projects, driving progress towards smarter and more energy-efficient cities. Take a look to SMARTeeSTORY's to know more about #heritagebuildings #smartbuildings #digitalenergy #energyefficiency #IoT #edgecomputing and about the project's objectives.
The economic advantages of a CER
Smart BuildingThe Renewable Energy Communities, #CER, within the broader classification of #CACER, finally have the legislative-regulatory substrate, in addition to the legislative one, to finally be able to spread. What sense does CER have as an element that shapes the future scenario, which requires the implementation of #decarbonization, #energyefficiency of networks, #energydemocratization and the fight against #energypoverty? A lot, we don't say but just scroll through and international measures (from the #ParisAgreement on #sustainability to the #CleanEnergyPackage and the #EuropeanGreenDeal. This fermentation is convinced that, in order for them to spread, we must all be concrete in focusing on some practical aspects, starting with the economic benefits that CERs can bring. Therefore, at the warm invitation of the editors, our Antonio Sacchetti, CEO of TEra as well as Chairman of the WORking Group #DIgitalEnergy of the #SMartBuildingAlliance Italia, has produced some topics on "How to make money with CER", a text which you can find downloadable below and for Which we report the link to the prestigious and competent magazine Smart Building Italia, in whose May issue the article was published.
EU-project SMARTeeSTORY turns historical buildings into climate neutral landmarks through smartification
Genoa, 23/05/2023 – The 13 European partners of SMARTeeSTORY met from 22-23 May 2023 in Genova, Italy, to kick-off their Horizon Europe-funded four-year project. The meeting provided an opportunity for the consortium to introduce themselves, discuss objectives, and establish a roadmap for the project’s successful completion. SMARTeeSTORY accelerates the digital transformation of historical non-residential buildings in Latvia, the Netherlands and Spain. By combining energy efficiency, renewable energy sources and digital and smart technologies, the project strives to turn local historic landmarks into climate neutral buildings while, at the same time, preserving their unique identity. Historical buildings are important landmarks of European cities, which is why they play a crucial role in showcasing the benefits of the green and digital transition to the general public. Due to their high energy consumption and challenging retrofitting requirements, however, a dedicated approach is required. SMARTeeSTORY therefore applies a replicable and customisable technological infrastructure to maximise energy efficiency and occupant well-being based on the historic buildings’ unique features and potential. “For best results, SMARTeeSTORY demonstrates the proposed digital solutions in three real-life demonstration sites located in different climatic regions, where energy renovation is not an option. We will gather and share lessons learnt so that there will be even more digitalisation of historic buildings in the future, across Europe and beyond.” – Matteo Porta, RINA-C, Project Coordinator SMARTeeSTORY actively promotes the exchange of knowledge and best practices among stakeholders, including building owners, energy service companies, and public authorities. To do so, the project will organise workshops, site visits, training sessions, and networking events to foster collaboration and knowledge sharing among related initiatives and projects, as well as with external audiences. The SMARTeeSTORY consortium consists of the following members: RINA CONSULTING SPA, Italy FUNDACION TECNALIA RESEARCH & INNOVATION, Spain TECHNISCHE UNIVERSITEIT DELFT, the Netherlands RIGA MUNICIPAL AGENCY “RIGA ENERGY AGENCY”, Latvia RIGAS TEHNISKA UNIVERSITATESPA, Latvia PELLINI SPA, Italy AGENCIA ANDALUZA DE LA ENERGIA, Spain CUERVA ENERGIA SLU, Spain FUNDACION CARTIF, Spain SCHNEIDER ELECTRIC SPA, Italy EXUS SOFTWARE MONOPROSOPI ETAIRIA PERIORISMENIS EVTHINIS, Greece TERA SRL, Italy STEINBEIS INNOVATION GGMBH, Germany Project Coordinator Matteo Porta, RINA-C Main Press Contact Bettina Remmele, Steinbeis Innovation gGmbH