Upgrading Procedures: Retrofitting Equipments and Data

Upgrading Procedures: Retrofitting Equipments and Data

In the pursuit of a sustainable future, understanding and improving energy efficiency in buildings is paramount. One tool that aids this mission is the Carbon Risk Real Estate Monitor (CRREM), which assesses the risk of buildings being 'stuck' between early energy-efficient improvements and not achieving the ever-increasing standards as expectations and technology improve.

To navigate the landscape of energy efficiency, retrofitting, and smart technology options, several authoritative data platforms and solutions providers are at your disposal.

The International Energy Agency (IEA) Energy Efficiency Indicators Database offers detailed annual data since 2000 on energy consumption by sector, energy use intensity, and carbon emissions for IEA member countries and beyond. Its user-friendly interface allows for multiple data formats including Excel, CSV, and interactive online browsing. Additionally, it provides guidance on designing national roadmaps for energy efficiency and demand-side data collection methodologies, useful for planning retrofits and smart energy management [1].

Enerdata World Energy Consumption Statistics provides up-to-date regional energy consumption figures and long-term climate contextualization. This comprehensive resource covers supply, demand, prices, and emissions by energy sources, aiding in benchmarking efficiency and retrofit potential against climate targets in different regions [5].

Our World in Data’s Energy Intensity tool compiles normalized primary energy consumption per unit of GDP across many countries, sourcing from databases like the Energy Institute and US EIA. It helps compare energy efficiency trends and track progress over time, crucial for evaluating smart technology impacts and policies [3].

IEECP Resources platform offers practical tools centered on policy, sector-specific measures, and methods for calculating energy savings, along with evaluation approaches. These resources aid in the assessment and implementation of energy efficiency and retrofit projects [4].

Bivocom IoT Energy Solutions exemplify advanced smart technologies integrating IoT, 5G, LoRa, GNSS, and edge intelligence to drive energy efficiency in industry and cities. These solutions enable predictive maintenance, emission monitoring, integrating clean and traditional energy sources, and optimizing smart grids which are key for digital retrofitting and regional energy transition [2].

When utilizing these resources, it's essential to identify your region or country’s coverage in databases like IEA or Enerdata. Explore their downloadable datasets or online interactive tools to analyze baseline energy use, efficiency indicators, and emissions. Use guidance documents (e.g., IEA’s roadmap guide) to plan data collection or retrofit strategies. Leverage evaluation tools (IEECP) to quantify expected or achieved savings. For implementing smart technologies, consider IoT solutions tailored to your sector or infrastructure as demonstrated by companies like Bivocom integrating multi-technology platforms for energy management.

These data platforms and tools provide a comprehensive foundation for understanding regional energy efficiency status, planning retrofitting or smart technology deployment, and tracking progress towards sustainability goals. With their help, we can move closer to a more energy-efficient and sustainable future.

[1] IEA (2021). Energy Efficiency Indicators. Retrieved from https://www.iea.org/data-and-statistics/energy-efficiency

[2] Bivocom. IoT Energy Solutions. Retrieved from https://www.bivocom.com/iot-energy-solutions/

[3] Our World in Data. Energy Intensity. Retrieved from https://ourworldindata.org/energy-intensity

[4] IEECP. Resources. Retrieved from https://www.ieecp.org/resources

[5] Enerdata. World Energy Consumption Statistics. Retrieved from https://www.enerdata.net/

1. Involvement with environmental science, especially in relation to climate-change, can be significantly aided by the International Energy Agency (IEA) Energy Efficiency Indicators Database, which offers detailed data on energy consumption, energy use intensity, and carbon emissions.
2. Achieving sustainable development goals that require a decrease in carbon emissions and an increase in renewable-energy use can be facilitated by utilizing Enerdata World Energy Consumption Statistics, a comprehensive resource providing up-to-date regional energy consumption figures and long-term climate contextualization.
3. The Industry can advance towards a more energy-efficient future by exploring Internet of Things (IoT) Energy Solutions offered by companies such as Bivocom, which integrate IoT, 5G, LoRa, GNSS, and edge intelligence to optimize energy efficiency in various industries and cities, leading to predictive maintenance, emission monitoring, and smart grid optimization.

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