Energiatehokkuus kerrostaloissa
Energy consumption accounts for 30–40% of housing companies’ maintenance costs. Energy efficiency can be improved by, for example, optimizing temperatures, sealing windows, and monitoring consumption.
Energiatehokkuus yrityksissä
Companies improve their energy efficiency by measuring consumption and improving heating, cooling, lighting and production. Spinnova and Alva utilize waste heat and clean solutions.
Energiatehokkuus omakotitaloissa
The video discusses improving the energy efficiency of detached houses. Additional insulation, optimization of ventilation, and heat pumps are presented as methods.
Puhtaan siirtymän ideoita maanomistajille
On farms, energy efficiency reduces emissions and improves profitability. Methods include biogas and solar energy, as well as switching from fossil fuels to renewables.
Energy efficiency and conservation
A strategic look at German and EU energy policy — covering EEG 2023, Merit-Order pricing, and what the shift to market integration means for decentralized energy projects in 2025–2026.
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Educational video “Saving Electricity At Home”
Start small to gain energy independence! Unplug vampires, optimize your kitchen, and use task lighting. These tiny habits slash bills and build a stable, green future for us all. Every watt counts!.
Biržai Hospital: A Path Towards Energy Independence
Biržai Hospital is investing in renewable energy solutions. Their solar power plant helps reduce electricity costs, ensure stability, and contribute to a more sustainable future.
Powered by the Sun: A Kindergarten’s Path to Energy Independence
Biržai Kindergarten “Genys” produces clean energy on-site, strengthening its resilience and reducing reliance on external energy sources. This creates a safe and stable daily environment for children.
Stans & Press
Stans & Press cut energy consumption by 15–20% by linking their compressor shutdown to the building’s lights, automating weekend energy savings and eliminating human error.
Pyrolysis Pilot Video
An EU-funded project uses pyrolysis to recycle wind turbine blades, reclaiming glass and carbon fibres while converting resin into valuable chemicals like BTX to close the carbon loop.
RACE
An AI-powered digital platform optimizes district heating by predicting weather and usage, minimizing heat loss, lowering costs, and accelerating the green transition.
5. Interview Silva Herrmann – On CommitClimate Tools
An overview of the CommitClimate simulation tool for territorial energy and land-use planning. It models sectoral policies to forecast emission reductions and simplify stakeholder communication.
6. Dialogue with Silva Herrmann and Alina Safronova – On Climate Tools for Municipalities and Citizens
An insightful discussion on the challenges of decarbonising territories, highlighting the critical role of simulation tools, policy measures, and overcoming data gaps in climate planning.
8. EcoHub Explainer – Commercial/Industry
Transform property into an energy hub with solar, wind, battery storage, and EV charging, orchestrated by AI to optimize real-time energy use and unlock new revenue streams.
9. EcoHub Explainer – Livings
EcoHub turns residential buildings into smart energy hubs with solar, wind, battery storage, and AI to optimize power, charge EVs, and lower living fees.
10. Economical Total Optimization of Energy Systems
As renewables shift electricity markets, Energy Opti 3 provides real-time decision support for district heating, automating complex forecasts and heat network planning to cut CO2 and costs.
12. NODA_copilot
NODA CoPilot is an AI analytics and decision platform for district heating and real estate, using smart pattern analysis and simulation to maximize energy efficiency and profit margins.
Training – CommitClimate Household Simulator
A professional walkthrough of the CommitClimate Household CO2 Simulator, detailing how to calculate household emissions and evaluate targeted carbon reduction measures.
Elektroenerģijas ražošana pašpatēriņam jeb kas jāzina mājokļiem un uzņēmumiem
A representative of Sadales tīkls discusses microgeneration and power plant grid connections, the importance of energy audits, technical rules, and self-consumption optimization.