The SUPERSHINE Toolkit is a comprehensive and practical resource designed to support stakeholders in delivering inclusive, energy-efficient, and low-carbon building renovations across Europe.
Developed within the SUPERSHINE project, the Toolkit translates technical knowledge, pilot experiences, and research insights into actionable solutions. It brings together environmental, financial, and technical perspectives to guide decision-making and support the implementation of effective renovation strategies especially in social housing and vulnerable contexts.
By combining structured methodologies with real-world applications, the Toolkit enables users to:
- Improve building energy performance
- Reduce greenhouse gas emissions
- Address energy poverty
- Enhance comfort, health, and well-being
- Replicate solutions across different European contexts
The SUPERSHINE Toolkit is not just a collection of resources it is a scalable framework for action, aligned with key EU priorities such as the European Green Deal, the Renovation Wave, and the New European Bauhaus.
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SUPERSHINE Knowledge Pyramid
The SUPERSHINE Toolkit is built on a structured approach that ensures knowledge is effectively translated into practical solutions for real-world application.
This approach is organised across three progressive levels:
Knowledge
The foundation of the Toolkit is based on scientific research, technical expertise, and insights gathered from project activities and pilot experiences. This ensures that all proposed solutions are evidence-based and aligned with European frameworks and standards.
Tools
This knowledge is translated into practical guidance through the SUPERSHINE factsheets and supporting resources. These tools structure complex information into clear, accessible formats, enabling stakeholders to better understand available solutions and their implications.
Action
The final level focuses on implementation. The Toolkit supports stakeholders in applying the proposed solutions in practice, facilitating informed decision-making and enabling the deployment of renovation strategies that are scalable, replicable, and impactful.
By structuring content in this way, the SUPERSHINE Toolkit bridges the gap between knowledge and implementation, supporting stakeholders throughout the entire renovation process.
What is inside the Tool Kit?
The Toolkit is structured around a set of technical factsheets, which act as the bridge between knowledge and implementation of the proposed solutions from the SUPERSHINE project.
Each factsheet provides:
- Technical InterventionsÂ
- Financial, environmental, and social assessments
- Step-by-step implementation phases
- Strategic recommendations (Do’s & Don’ts)
- Alignment with EU policies and frameworks
In addition, selected factsheets are complemented by interactive Genially resources, designed for you to understand our solutions better!Â
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Energy Efficiency Buildings
Envelope insulation and enhancement
Discover how improving the building envelope through external insulation (ETICS), high-performance windows, shading devices, ventilated façades, and green/smart façade systems is one of the most effective ways to reduce building energy demand.Â
Integration of renewables
Discover how buildings responsible for around 40% of global energy use and over one-third of greenhouse gas emissions can reduce their impact through a combination of deep energy efficiency measures and renewable energy systems. Learn how zero-energy buildings (ZEBs) balance annual energy demand with renewable production while providing electricity, heating, cooling, and hot water with minimal environmental impact.
A new design paradigm
Discover how architecture and urban design can enhance well-being, behaviour, and mental health through human-centred, nature-integrated approaches. Aligned with the New European Bauhaus, Nature-Based Solutions, biophilic architecture, neuroarchitecture, and WELL Mind principles, these strategies create environments that support emotional balance, cognitive performance, and social cohesion while addressing the challenges of dense urbanisation.
Low Carbon Districts
Urban Decarbonisation
A cross-sector approach that integrates buildings, energy systems, and mobility to reduce urban greenhouse gas emissions. By combining deep renovation, renewable energy, electrification, and smart digital monitoring, it enables cities to transition towards climate-neutral, resilient, and socially inclusive urban environments.
Sustainable Mobility
An integrated approach to urban transport that prioritises walking, cycling, public transport, and shared mobility. By combining electrification, smart traffic systems, and inclusive planning, it reduces emissions, improves accessibility, and creates safer, people-centred cities.
District heating and cooling networks
An integrated urban energy solution that distributes heating and cooling across multiple buildings through a shared network. By replacing individual systems, it improves efficiency, reduces emissions, and enables large-scale use of renewable and recovered heat sources, supporting the transition to climate-neutral districts.
Sustainable Lifestyle
Energy use: improving behaviours
A people-centred approach that reduces energy demand through awareness, digital feedback tools, and behavioural interventions. By combining real-time data, local engagement, and energy management practices, it enables fast, low-cost savings while supporting long-term, sustainable consumption patterns.
Urban green infrastructure
A nature-based urban solution that connects green and blue spaces such as parks, green roofs, and urban forests into a cohesive system. By enhancing climate adaptation, managing stormwater, and improving biodiversity and wellbeing, it supports more resilient, inclusive, and liveable cities.
Environmental Impact
Life-Cycle Thinking and Circularity in Urban Systems
A systemic approach that evaluates environmental impacts across the full life cycle of buildings and materials. By promoting circular design, reuse, and resource efficiency, it helps cities reduce embodied emissions and transition from linear to circular urban systems.
Economic aspects of energy actions
A financial framework that transforms energy savings into stable, predictable value, enabling sustainable renovations to reduce energy poverty. By combining public–private partnerships, grants, and innovative financing mechanisms, it ensures that economic viability is aligned with social equity and long-term impact.
Waste Management at End of Life Phase
A circular approach to managing construction and demolition waste by prioritising reuse, recycling, and material recovery. By shifting from traditional demolition to selective dismantling and structured planning, it reduces environmental impacts and transforms waste into valuable resources.
Explore how financial, environmental, and technical solutions come together to enable sustainable building renovation for vulnerable households across Europe in the SUPERSHINE Toolkit Workshop.
Held on 14 January, this 90-minute session features expert insights, real-world experiences, and lessons learned from our Lighthouse and Follower Cities.
👉 Want to dive deeper? Watch the full recording here.
