Results
Key expected outputs of the project include:
- Public reports: An open report on international markets, best practices, and legislation.
- Technical comparison and guidelines: A comprehensive database of battery systems on the market and general installation and safety guidelines.
- Virtual simulation platform: A browser-based calculation tool enabling households and companies to assess the economic feasibility of battery storage in different scenarios.
- Demonstrations and pilots: Practical examples of integrating batteries with systems such as solar power and heat pumps.
- Life-cycle analysis: A report on the environmental impacts and carbon footprint of building-integrated batteries using more than 15 indicators.
- New business models: Calculations and examples of new ways to acquire battery systems, such as leasing and joint-ownership models.
Work packages
TP1 Project management (SEAMK)
TP2 Benchmarking of building batteries from abroad (SEAMK)
- TP 2.1. Market analysis
- TP 2.2. Best practices, specific features and innovations
- TP 2.3. Legislative analysis
- TP 2.4. Company visits
- TP 2.5. Application of technologies and business models to Finland
TP3 Technical implementation and installation of estate batteries (TurkuAMK, Xamk, SEAMK, VAMK, Centria)
- TP 3.1. Comparison and technical implementation of battery systems
- TP 3.2. Own or ready-made battery module?
- TP 3.3. Preparation of installation and safety instructions
- TP 3.4. Integration and optimization of the energy management system
- TP 3.5. Alternative chemistries
- TP 3.6. Piloting and demonstrations
- TP 3.7. Preparation of an interactive exploded view
TP 4 Economic benefits and business opportunities of estate batteries (SEAMK, TurkuAMK, VAMK)
- TP 4.1. Determination of battery pack sizes and usage scenarios
- TP 4.2. Development and publication of a virtual platform
- TP 4.3. Development of business models
- TP 4.4. Piloting and Beta testing
TP 5 Life cycle analysis of building batteries (Centria)
- TP 5.1. Life cycle assessment (LCA) of the environmental impacts of estate batteries
- TP 5.2. Life cycle of battery chemistries and the benefits of sustainable design
- TP 5.3. Impact analysis of the EU Battery Regulation
TP 6 Estate Battery 2030 tour (All)