Both HEART and RE-COGNITION involved building-level energy systems, with HEART explicitly covering building automation, IoT integration, and whole-building performance.
ZH SRL
Milan SME integrating smart building automation, renewable energy systems, and IoT for zero-energy building performance.
Their core work
ZH SRL is a Milan-based technology SME specializing in smart building systems, building energy management, and the integration of renewable energy technologies into the built environment. Their work spans the full stack from building automation and IoT connectivity to the design of zero-energy building architectures that combine on-site generation, storage, and intelligent control. In both H2020 projects they contributed technical expertise in system integration and interoperability — the practical engineering work that makes complex multi-technology energy systems function as a coherent whole. They operate as a specialist industry partner within large research consortia, likely bridging academic concepts and real-world deployment.
What they specialise in
RE-COGNITION focused on integrating multiple renewable energy sources with co-generation and storage to achieve energy-autonomous buildings.
HEART foregrounded Energy Internet of Things and interoperability as core contributions, suggesting ZH has expertise in connecting heterogeneous building systems.
RE-COGNITION keywords include energy storage and intelligent control and optimization, indicating a shift toward active energy management beyond pure connectivity.
How they've shifted over time
In their earlier H2020 work (HEART, starting 2017), ZH focused on the connectivity and integration layer of smart buildings — IoT architectures, interoperability between systems, and whole-building performance monitoring. By their second project (RE-COGNITION, starting 2019), the emphasis shifted decisively toward energy autonomy: zero energy buildings, renewable co-generation, storage, and optimization. This trajectory suggests ZH moved from building the intelligence infrastructure to using it for active energy management and decarbonization outcomes.
ZH is tracking the market toward fully energy-autonomous buildings, combining renewables, storage, and intelligent control — making them a relevant partner for zero-energy building projects and grid-flexible building initiatives under Horizon Europe.
How they like to work
ZH participates exclusively as a consortium partner and has never led a project, which positions them as a specialist contributor rather than a project initiator. Their two projects placed them inside sizeable consortia, collectively giving them 32 unique partners — a broad network for a two-project SME. This suggests they are comfortable operating within complex multi-partner structures and are valued for a specific technical contribution rather than project management capacity.
Despite only two projects, ZH has built connections with 32 distinct consortium partners across 13 countries, indicating active engagement in genuinely European research networks. No geographic concentration is identifiable from the data, suggesting their partnerships are driven by technical fit rather than proximity.
What sets them apart
ZH sits at the intersection of building automation engineering and energy transition technology — a combination that is commercially valuable as the EU's building renovation wave accelerates. As a private SME, they likely bring industry-grounded implementation experience that pure research partners cannot, which is precisely what innovation action (IA) consortia need to demonstrate real-world applicability. Their focus on system integration and interoperability addresses one of the hardest practical problems in smart energy buildings: making diverse technologies work together reliably.
Highlights from their portfolio
- HEARTThe larger of the two projects (€439K to ZH alone), HEART addressed the full architectural and energy retrofit challenge for buildings using an IoT-based toolkit — a high-complexity integration task that anchors ZH's smart building credentials.
- RE-COGNITIONThis Innovation Action project targeted fully energy-autonomous buildings by combining renewable co-generation with storage and optimization, representing ZH's most applied and deployment-oriented work to date.