Decarbonisation is a crucial stake for all companies, given that the industrial sector is responsible for 19% of greenhouse gas emissions in the UK.  In 2021 it was directly responsible for emitting 9.4 Gt of CO2, accounting for a quarter of global emissions. While progress has been made in this sector since the 1990s, the manufacturing industry (part of the industrial sector) alone produced 78.4 million metric tons of carbon dioxide emissions in 2020 just in the UK. Nonetheless, there has been a reduction of over 40% in manufacturing industry emissions compared to 1990 levels, as demonstrated in the chart below. The industrial sector has the potential to significantly reduce GHG emissions and play a vital role in achieving the environmental objectives set by the government. Therefore, it is crucial for these companies to take proactive measures towards decarbonisation.

Although sustainability is often presented as a regulatory obligation, it also represents a significant competitive advantage. In this article, we explore the importance of decarbonisation for industrial companies, both from an environmental and economic perspective and present some key solutions to achieve it, with a focus on the EU and the UK.

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We are pleased to announce that the recording of our webinar is available. In this session, our experts discuss consumption and savings in the industrial sector to help you identify areas of improvement and opportunities, using real-life examples. 

As you know, the industrial sector plays a vital role in the economy of any country, but it is also one of the largest consumers of energy worldwide. As per the IEA, the industrial sector accounted for 38% (169 EJ) of total global final energy use in 2021. Thus, this makes it imperative for industries to be aware of their energy consumption and take measures to reduce their energy costs.

This webinar will provide you with insights on how to identify areas of improvement and opportunities in your industrial site. Indeed, with the rising cost of energy, we understand that you are looking for ways to reduce your energy consumption and save costs. But, at Dexma we also know this can be a daunting task as industrial processes are often energy-intensive, making it challenging to identify energy-saving opportunities.

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Spacewell Energy Partner Spotlight is back! Today we would like to highlight our partner Socomec, a French manufacturer of electrical equipment specialising in the energy performance of low-voltage electrical networks. The Socomec group celebrated its 100th anniversary in 2022 and is now operating worldwide through its 28 subsidiaries. Socomec is a recognised specialist in the field of electrical energy measurement and metering.

We invite you to read on to discover how Socomec supports its customers in their energy performance while integrating energy efficiency into its infrastructure, through its Energy+ project.

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The manufacturing industry is one of the most energy-intensive sectors in modern society. Therefore, reducing energy consumption on construction sites has become increasingly important to maintain sustainability. To do so, energy professionals need to understand the various ways that their organisation can improve its energy efficiency and reduce its environmental impact.

This blog post explores 10 strategies for improving energy efficiency and reducing energy consumption on construction sites, with an emphasis on renewable energy sources and other cost-saving techniques. From optimising machinery performance to increasing insulation around buildings, this article provides a comprehensive overview of the many options available to those looking to reduce their environmental footprint while saving money in the process.

By implementing some of these solutions, organisations can ensure that they are operating more efficiently while preserving resources for future generations.

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The consumption of energy in the UK and Europe has experienced a gradual decrease in recent years. Despite this positive trend, there are numerous daily activities that could be accomplished with reduced energy usage. In our previous publication, we delved into the sources of energy and electricity production systems. 

In this article, we shift our attention towards the electricity consumption of end users. The term “end user” refers to individuals in various settings such as offices, schools, factories, and educational centres who strive for increased efficiency, and reduced energy usage to save expenses, and promote sustainability.

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As concerns over climate change continue to grow, the need for energy efficiency and renewable energy in buildings has become increasingly important. Banks have a critical role to play in financing various projects, but they face significant challenges, which include shifts in paradigm, digitalisation, data availability, and the complexity of building energy performance, among others…

In this article, we will explore these challenges in more detail and discuss how banks can address them to remain relevant and successful.

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What energy sources are used in the UK to produce electricity? According to the BEIS (2022), the UK’s main energy sources are primary oil (crude oil and Natural Gas Liquids), natural gas and primary electricity (consisting of nuclear, wind, solar and hydro). In a smaller proportion bioenergy, waste and coal complete the UK energy mix.

In recent years, renewable energies have taken on an increasingly important role in energy production in the country. In 2022, the energy sector had an exceptional year, marked by an unprecedented level of energy production from renewable sources.

Institutional support, lower costs, subsidies and emission reduction commitments have contributed to the rapid expansion of clean energy and the shift away from other more polluting energies.

This article delves into the electricity mixes of both the UK and Europe, analysing how they have evolved over recent years through a comparative analysis.

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With the growth of artificial intelligence technologies, new innovations are continuously emerging and surprising us. Recently, ChatGPT, an intelligent language and text generation AI, has raised questions about its use and deployment in our society. What about the metaverse? Will it become a permanent feature of our lives, and what impact will it have on the energy sector, specifically on utilities?

Although the use of metaverses is still in its early stages, it is interesting to observe how Utilities could adopt this technology and support their customers in the near future. In this article, we highlight the potential of metaverses and some of the opportunities that utilities could seize to better distinguish themselves and be adaptable in an ever-changing energy and digital world.

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If you manage a large portfolio of buildings, you might be wondering how to define an accurate baseline for each one. A baseline helps you track energy use and set goals for reducing consumption.

But if you are still manually generating baselines for each building, it can be a time-consuming and error-prone process. Fortunately, there is a better way: you can now automatically generate baselines for your entire building portfolio using Dexma’s Bulk Baseline Generator.

In this blog post, we will show you why it is important to automatically generate baselines for your buildings to start saving energy and how to do it using Dexma’s Bulk Baseline Generator. 

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Saving energy is becoming a top priority for a growing number of businesses. However, calculating and presenting these savings can be a struggle for many professionals for various reasons such as shortage of time, expertise, or proper tools. This issue is addressed in this week’s article, highlighting two key findings from the yearly survey: confirmation of energy savings and rising energy costs. 

So if you are interested, keep reading!

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