Siemens
New Fire Manager App part of Siemens Building X Expansion

New Fire Manager App part of Siemens Building X Expansion

Siemens Smart Infrastructure is launching a new version of ‘Fire Manager’, its dedicated web-based SaaS (Software as a Service) fire app that offers service providers and fire safety managers the capability to have all fire safety sites in one view. The status of buildings can be easily monitored, with more

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Siemens highlights commitment to training with new appointment

Siemens has made another investment in its training programme for the Cerberus PRO fire alarm system with the appointment of Justin Leeks as a new trainer. Based out of the Siemens central training facility in Manchester, Justin brings a wealth of experience to the role having worked in the fire

Read More »
Galliford Try teams up with Siemens on technology solutions

Galliford Try teams up with Siemens on technology solutions

Galliford Try has teamed up with Siemens to accelerate the integration of digital technologies across the lifecycle of water and wastewater projects. The new model brings together the companies’ complementary solutions and expertise in the water sector to help water companies meet the regulatory, environmental and operational pressures in modernising

Read More »

Schneider Electric kicks off its Innovation Summit World Tour with a call to keep accelerating sustainability action

Host of digital and people-centric solutions launched at flagship annual customer and partner event series CEO keynote lays out how adopting existing technologies at scale will help bolster energy security, resilience and decarbonization Schneider Electric, the leader in the digital transformation of energy management and automation, today kicked off its

Read More »

Siemens businesses partner to help factory accelerate towards net zero

Partnership between Siemens Digital Industries and Smart Infrastructure help Congleton plant achieve carbon neutral target Siemens’ Congleton factory is on track to achieve carbon neutrality this year – eight years ahead of its original target. The operation, which manufactures more than 1.2m controls and drives each year, is inching its

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Siemens Congleton on track to hit carbon neutral target in 2022 – eight years ahead of goal

Partnership between Siemens Digital Industries and Smart Infrastructure businesses accelerates factory towards net zero Sustainability milestone paves way for UK manufacturing sector Siemens’ Congleton factory is on track to achieve carbon neutrality this year – eight years ahead of its original target. The operation, which manufactures more than 1.2m controls

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Siemens launches Building X, an open AI-enabled suite for net zero buildings

Building X is the first next generation offering designed and built as part of Siemens Xcelerator Modular, scalable, open smart building suite that seamlessly integrates building systems to eliminate complexity and enable net zero Facilitates co-creation with partners to address digitalization challenges faster Siemens Smart Infrastructure has launched Building X,

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Changing models: smart buildings and smart finance

Countries around the world are setting accelerated targets for decarbonization. In the UK, the government’s latest Carbon Budget features plans to reduce emissions by 78% by 2035 – compared to 1990 levels – taking the nation more than three-quarters of the way to reaching net zero by 2050.[1] Moreover, in

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Siemens Gamesa – renewed investment for Hull companies

A £20m contract to deliver M&E design and build to the Siemens Gamesa blade factory in Hull, has been awarded to a Hull-based company. Tucker Mechanical and Electrical Building Services delivered on the existing Siemens Gamesa site in 2015/16 and will once again be working with the main contractor, VolkerFitzpatrick

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Buildings require billions more in capital investment to reach climate targets

– Climate targets across the world are accelerating the implementation of smart, decarbonized, energy-efficient buildings. – In order to meet climate change commitments however, building stock requires significantly higher investment – around 3 times the current rate. – Smart financing can enable greater rates of investment in a financially sustainable

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Latest Issue
Issue 324 : Jan 2025

Siemens

New Fire Manager App part of Siemens Building X Expansion

New Fire Manager App part of Siemens Building X Expansion

Siemens Smart Infrastructure is launching a new version of ‘Fire Manager’, its dedicated web-based SaaS (Software as a Service) fire app that offers service providers and fire safety managers the capability to have all fire safety sites in one view. The status of buildings can be easily monitored, with more information available by clicking on a site of interest via a fully encrypted connection that ensures the safety of the data. The move is part of the ongoing development of Siemens Building X, a digital building platform that supports customers in digitalising, managing, and optimising their building operations (Energy, HVAC, Security and Safety). It enables remote monitoring and intervention, real-time notification, and efficient and predictive maintenance. Fire Manager offers a range of benefits, including a status overview of a site/sites, both live and historical events, customisable notification via SMS and/or email, and data that assists with maintenance and planning. Included in the data that Fire Manager provides from a fire safety system is the potential for disturbance free testing (DFT), which allows detectors to be tested automatically, with the results recorded in the portal. Alongside Fire Manager, which automatically transmits notifications of the fire system status to service providers, notifications can also be sent to their customers by Fire Connect, a native iOS and Android app. Fire Manager and Fire Connect work easily with Siemens fire safety solutions such as Cerberus PRO, the company’s comprehensive EN54-13 approved fire alarm system. For those that want to maintain their own dashboards, Fire API provides the opportunity to integrate the data into their own dashboards. All three offerings – Fire Manager, Fire Connect and Fire API – are part of a new licensing model which paves the way for increased customer flexibility by offering choice regarding which data and app bundle best suits a specific need. The Fire Apps and API are designed to digitalise the customer workflow for fire safety operation and maintenance. This saves time and resources while improving safety and minimising the disturbance of building users. It enables service providers to monitor all sites at any time remotely and connect directly to the fire panel. This transparency allows for maintenance activities to be planned, carried out and documented efficiently. The enhanced solutions not only drive digital transformation, but also yield sustainability benefits. By offering maintenance options and a fire system status remotely, it is possible to save CO2 emissions related to yearly site visits. For further information on Siemens Fire Products www.siemens.co.uk/cerberus Building, Design & Construction Magazine | The Choice of Industry Professionals

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Siemens highlights commitment to training with new appointment

Siemens has made another investment in its training programme for the Cerberus PRO fire alarm system with the appointment of Justin Leeks as a new trainer. Based out of the Siemens central training facility in Manchester, Justin brings a wealth of experience to the role having worked in the fire industry since 2006. This includes positions with a number of Siemens partners, most recently GBE Converge, a third Party (LPCB and BAFE) accredited designer, installer, commissioner and maintainer of fire protection systems. Justin’s new title is Fire Product Trainer Cerberus PRO, drawing on his extensive experience of installing Cerberus PRO since 2011 which will be invaluable in training others on the Siemens open protocol, EN54-13 approved fire alarm system. Justin comments “having worked with Cerberus PRO for many years, I appreciate just what an excellent system it is. One of the central features of the Siemens offering is a guarantee against false alarms through its ASA detector technology. While the technology itself is obviously a vital contributor to that promise, ensuring that systems are installed correctly is equally important. I look forward to working with Siemens partners, particularly in exploring many of the exciting opportunities that cloud connectivity brings and the benefits this offers in terms of installation, commissioning and ongoing maintenance through remote connectivity.” Commenting on Justin’s appointment, Rob Yates, Siemens Head of Building Products Fire Safety in the UK and Ireland, said – “we are delighted to welcome Justin to the team and to have somebody who brings such experience, knowledge and expertise to the role. Training has always been an important focus in our relationships with our partners, whether it is online or face-to-face. We are constantly looking at our training programmes to make them more customer-focused, ensuring that the full benefits of the Cerberus PRO system can be realised.” Building, Design & Construction Magazine | The Choice of Industry Professionals 

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Galliford Try teams up with Siemens on technology solutions

Galliford Try teams up with Siemens on technology solutions

Galliford Try has teamed up with Siemens to accelerate the integration of digital technologies across the lifecycle of water and wastewater projects. The new model brings together the companies’ complementary solutions and expertise in the water sector to help water companies meet the regulatory, environmental and operational pressures in modernising their infrastructure while reducing time, cost, risk and carbon. The joint digital tools and sector experience will help water companies solve a range of challenges, such as the ability to identify potential blockages in sewer networks, improve operational efficiency of treatment works and become a net zero industry by 2030. Due to the early collaboration between Siemens and Galliford Try in advance of future projects, the partnership is estimated to speed up delivery of new tech enabled infrastructure developments significantly. The partnership will focus on three use cases. Firstly, it will enable optimisation of the wastewater treatment process using mechanistic digital twin technology. The solution optimises energy by up to 20%. It operates in real-time with integration of the control system, or offline and the solution can be offered to support a specific project or offered as a service integrated with sensor and model management. The second use case reduces storm overflows and pollution incidents. The end-to-end solution, from sensor installation to an application, uses artificial intelligence (AI) to find nine in 10 blockages and automates reporting of overflows in real-time. This is coupled with the opportunity for a UK company to be the first to deploy a proven solution, already operational globally, for catchment level integrated control that reduces overflow volumes from existing infrastructure by 80% in light rain and 19% in heavy rain. The third use case focuses on reducing the risk and maintenance of sewage pumping stations. This retrofit solution for pumping stations reduces pump blockages by 80% and improves pump performance and risk. Building, Design and Construction Magazine | The Choice of Industry Professionals

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Schneider Electric kicks off its Innovation Summit World Tour with a call to keep accelerating sustainability action

Host of digital and people-centric solutions launched at flagship annual customer and partner event series CEO keynote lays out how adopting existing technologies at scale will help bolster energy security, resilience and decarbonization Schneider Electric, the leader in the digital transformation of energy management and automation, today kicked off its Innovation Summit World Tour 2022 with a passionate call to address the triple crisis – energy, economic and climate – facing governments, businesses and consumers around the globe, and setting out its approach and solutions as to how to do this. “In a time of global crisis, we must have complete clarity on our journey and destination. The current energy crisis is only the tip of the iceberg,” said Jean-Pascal Tricoire, Chairman and CEO of Schneider Electric. “With energy demand globally anticipated to grow three-fold in the next 30 years, it’s vital that we deploy all the technologies that are already available now to accelerate electrification, digitization, and sustainability.”  Mr Tricoire was speaking at the start of what is Schneider Electric’s flagship annual customer event series in October and November, during which the company will unveil numerous innovative new product, software and service offerings that address the pressing environmental and social issues arising from the energy crisis and climate change. His comments come hot on the heels of Climate Week NYC, where Schneider Electric’s Chief Strategy and Sustainability Officer, Gwenaelle Avice-Huet, called for more attention to be paid to the often still underestimated demand-side of energy crisis — in other words, how much energy is consumed in the first place. The company’s Schneider Electric Research Institute  team issued a first of its kind quantitative study demonstrating the potential of available technologies, which, if combined and deployed at scale has the potential to lower carbon emissions by two-thirds by 2030, while generating massive savings on energy spend for building dwellers (up to 70%). Schneider has long advocated for urgent, concerted action to reduce energy waste, invest in renewables, electrify and digitalize energy ecosystems, and ensure that all this is done with economic and people welfare in mind. The company is widely recognized as a leader on environmental, social and governance (ESG) issues, and its products, services and other activities help customers, suppliers, business partners and communities further their own progress on those fronts. Schneider will announce a raft of innovations at its Innovation Summit World Tour. Full details of the news from the Energy Management division can be found here  and innovations in the Industrial Automation space can be found here. Following local events in Middle East and Africa, Singapore, China and Belgium, the Innovation Summit World Tour   commences on October 12th with a global keynote address and press conference, and then moves on to: USA (Las Vegas) – 12th -13th October UK & Ireland (London, Coventry, Leeds, Galway) – 20th October Argentina –  25th – 26th October Indonesia (Jakarta) – 2nd -3rd November Hong Kong – 8th November With sustainability at its core, and to celebrate and champion initiatives around the world, Schneider also announced its Schneider Electric Sustainability Impact Awards, designed to recognize the critical role customers and suppliers play in delivering a more resilient and sustainable world. Understanding that our successful partners and suppliers will set the precedent for others to follow in their footsteps, the program hopes to deliver significant impact through considered sustainable and efficient practices. Nominations are now open, and the deadline for submissions is November 25.

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Siemens businesses partner to help factory accelerate towards net zero

Partnership between Siemens Digital Industries and Smart Infrastructure help Congleton plant achieve carbon neutral target Siemens’ Congleton factory is on track to achieve carbon neutrality this year – eight years ahead of its original target. The operation, which manufactures more than 1.2m controls and drives each year, is inching its way to the major milestone after deploying a range of sustainable solutions for energy generation and demand with support from Siemens’ energy and performance services business, Smart Infrastructure. These include generating 75kw of renewable energy through a hydro-electric plant at Havannah Weir on the river Dane and using carbon neutral, certified biogas to power its on-site gas engine. These measures alone saved over £250,000 pounds a year and took the 80% power-independent factory off the grid. Beyond these innovations, Siemens Congleton adopted a building management system which automatically adjusts to drive energy efficiency improvements, while modern windows and LED lighting have reduced the total energy bill by 13% and 30% respectively. Combined with reducing waste to landfill to zero and EV charging for staff and visitors, the Cheshire site is eight years ahead of Siemens’ original 2015 commitment to ensure carbon neutral operations by 2030. Commenting on the achievement, Andrew Peters, Managing Director of Siemens Digital Industries Congleton, said: “Siemens believes that sustainability is a force for good and can deliver value for all its stakeholders. We want to help customers achieve sustainable growth and to transform their industries through decarbonisation. The first step of that is for us to achieve these ambitions in our own operations. “I am delighted that by leveraging a culture of continuous improvement and sustainability – the vital components to Siemens’ Congleton’s long-term success – we have achieved carbon neutrality, a major milestone in our ambitions to reach net zero emissions by 2030.” The 50-year-old Siemens Congleton factory began its sustainability journey in 1990 when it began manufacturing drives to meet the demands of industry. In 2018 the factory became fully digital by embracing lean manufacturing methods to achieve continuous improvement and by adopting leading-edge Industry 4.0 processes. Using advanced manufacturing methods include Virtual Reality, Digital Twin, the Industrial Internet of Things (IIoT), Advanced Robotics, Cloud Technology and Additive Manufacturing, it has mastered producing up to 50,000 variations of its products to fulfil the shifting demands of its customers and markets, increased productivity by driving down costs, and improved efficiency. In 1990, 400 workers made 50,000 variable speed drives and controls a year. Today, a similar number of workers produce 1.2 million electrical devices – including 600,000 variable speed drives (VSDs). What is more is that it has been achieved within the same physical footprint. The factory is bounded by industrial units and housing estates, with no room to expand, meaning Congleton has one of the highest productivity rates per m2 of any Siemens’ sites. Faye Bowser, Head of Siemens’ Energy & Performance Services GB&I, said: “The climate emergency puts the demand on businesses of all sizes and sectors to really accelerate their efforts for decarbonisation. But a challenge is that often decarbonisation isn’t their core business. So, at Energy and Performance Services we make it our business to use our skills, our knowledge and our tools to help our customers transition to net zero in a way that contributes to their business priorities. “Despite us being from the Siemens family, we have approached working with Congleton the same we do with any organisation. It has been fantastic. In Andrew Peters you have a leader in a business which has put continuous improvement and sustainability at the heart of their long-term success. Our job was to apply those components to their energy system and their energy strategy. What we ended up with is an engineered roadmaps to net zero that considers timelines, finance, digital services, all there to safeguard business continuity, and to have a method to continuously identify more opportunities to reduce carbon on site.” The Congleton factory is leading the way for Siemens which has committed, as a global organisation, to ensure all its operations are carbon neutral by 2030 and for all production facilities and buildings to achieve net zero-carbon footprint by 2030. In the UK Siemens’ progress has been recognised by The Carbon Trust, an expert partner for supporting organisations to achieve science-based targets. In June it awarded Siemens its Route to Net Zero Standard tier one certification for ‘Taking Action’. Commenting on this milestone achievement, Olivia Whitlam, Head of Sustainability, Siemens Plc said: “Siemens is taking a holistic approach to achieving net zero and we are pleased to be guided by the Carbon Trust who helps us monitor our progress each year. “We have 8,600 people spread across offices and 11 manufacturing sites across the UK and we are creating innovation up and down the country with sustainability at the core of our operations and services. Our Congleton factory is paving the way for sustainability whilst setting a great example on how manufacturers can join this amazing journey to net zero.”

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Siemens Congleton on track to hit carbon neutral target in 2022 – eight years ahead of goal

Partnership between Siemens Digital Industries and Smart Infrastructure businesses accelerates factory towards net zero Sustainability milestone paves way for UK manufacturing sector Siemens’ Congleton factory is on track to achieve carbon neutrality this year – eight years ahead of its original target. The operation, which manufactures more than 1.2m controls and drives each year, is inching its way to the major milestone after deploying a range of sustainable solutions for energy generation and demand with support from Siemens’ energy and performance services business, Smart Infrastructure. These include generating 75kw of renewable energy through a hydro-electric plant at Havannah Weir on the river Dane and using carbon neutral, certified biogas to power its on-site gas engine. These measures alone saved over £250,000 pounds a year and took the 80% power-independent factory off the grid. Beyond these innovations, Siemens Congleton adopted a building management system which automatically adjusts to drive energy efficiency improvements, while modern windows and LED lighting have reduced the total energy bill by 13% and 30% respectively. Combined with reducing waste to landfill to zero and EV charging for staff and visitors, the Cheshire site is eight years ahead of Siemens’ original 2015 commitment to ensure carbon neutral operations by 2030. Commenting on the achievement, Andrew Peters, Managing Director of Siemens Digital Industries Congleton, said: “Siemens believes that sustainability is a force for good and can deliver value for all its stakeholders. We want to help customers achieve sustainable growth and to transform their industries through decarbonisation. The first step of that is for us to achieve these ambitions in our own operations. “I am delighted that by leveraging a culture of continuous improvement and sustainability – the vital components to Siemens’ Congleton’s long-term success – we have achieved carbon neutrality, a major milestone in our ambitions to reach net zero emissions by 2030.” The 50-year-old Siemens Congleton factory began its sustainability journey in 1990 when it began manufacturing drives to meet the demands of industry. In 2018 the factory became fully digital by embracing lean manufacturing methods to achieve continuous improvement and by adopting leading-edge Industry 4.0 processes. Using advanced manufacturing methods include Virtual Reality, Digital Twin, the Industrial Internet of Things (IIoT), Advanced Robotics, Cloud Technology and Additive Manufacturing, it has mastered producing up to 50,000 variations of its products to fulfil the shifting demands of its customers and markets, increased productivity by driving down costs, and improved efficiency. In 1990, 400 workers made 50,000 variable speed drives and controls a year. Today, a similar number of workers produce 1.2 million electrical devices – including 600,000 variable speed drives (VSDs). What is more is that it has been achieved within the same physical footprint. The factory is bounded by industrial units and housing estates, with no room to expand, meaning Congleton has one of the highest productivity rates per m2 of any Siemens’ sites. Faye Bowser, Head of Siemens’ Energy & Performance Services GB&I, said: “The climate emergency puts the demand on businesses of all sizes and sectors to really accelerate their efforts for decarbonisation. But a challenge is that often decarbonisation isn’t their core business. So, at Energy and Performance Services we make it our business to use our skills, our knowledge and our tools to help our customers transition to net zero in a way that contributes to their business priorities. “Despite us being from the Siemens family, we have approached working with Congleton the same we do with any organisation. It has been fantastic. In Andrew Peters you have a leader in a business which has put continuous improvement and sustainability at the heart of their long-term success. Our job was to apply those components to their energy system and their energy strategy. What we ended up with is an engineered roadmaps to net zero that considers timelines, finance, digital services, all there to safeguard business continuity, and to have a method to continuously identify more opportunities to reduce carbon on site.” The Congleton factory is leading the way for Siemens which has committed, as a global organisation, to ensure all its operations are carbon neutral by 2030 and for all production facilities and buildings to achieve net zero-carbon footprint by 2030. In the UK Siemens’ progress has been recognised by The Carbon Trust, an expert partner for supporting organisations to achieve science-based targets. In June it awarded Siemens its Route to Net Zero Standard tier one certification for ‘Taking Action’. Commenting on this milestone achievement, Olivia Whitlam, Head of Sustainability, Siemens Plc said: “Siemens is taking a holistic approach to achieving net zero and we are pleased to be guided by the Carbon Trust who helps us monitor our progress each year. “We have 8,600 people spread across offices and 11 manufacturing sites across the UK and we are creating innovation up and down the country with sustainability at the core of our operations and services. Our Congleton factory is paving the way for sustainability whilst setting a great example on how manufacturers can join this amazing journey to net zero.” Congleton’s trailblazing story will be shared at Siemens’ two-day conference and exhibition, Transform 2022  at Manchester Central on July 12 and 13. The event will bring together hundreds of industry leaders, influencers and regulators from across the UK and Ireland to collaborate and solve some of the most pressing organisational challenges. To register for Transform 2022 visit: https://new.siemens.com/uk/en/company/fairs-events/events/transform-2022.html

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Siemens launches Building X, an open AI-enabled suite for net zero buildings

Building X is the first next generation offering designed and built as part of Siemens Xcelerator Modular, scalable, open smart building suite that seamlessly integrates building systems to eliminate complexity and enable net zero Facilitates co-creation with partners to address digitalization challenges faster Siemens Smart Infrastructure has launched Building X, a new smart building suite that is open, interoperable and fully cloud-based. The suite is the first next generation offering built on the design principles of Siemens Xcelerator, an open digital business platform launched today to accelerate digital transformation and value creation across industry, transportation, grids and buildings. Building X addresses the challenges of various stakeholders, including building users, property investors, real estate companies and facility managers. It acts as a single source of truth to eliminate complexity and supports net zero targets. Stakeholders can now digitize and use their building data from various sources, disciplines and systems on one single platform, Building X. This enables a seamless user experience and the integration of their existing software and ecosystem, including third party applications, through vendor agnostic connectivity and open application programming interfaces (APIs). The suite offers modular, AI-enabled applications, and built-in cyber security. It also facilitates co-creation with customers and partners to address their challenges faster, thanks to the openness and cloud technology, which means digital transformation can be achieved easier, faster and at scale. “Building X is the antidote to data silos. We can now connect all data that smart building systems generate in one single data lake, scaling up smart buildings faster and moving closer to our vision of autonomous, net zero buildings. Building X creates data-based outcomes for greater efficiency, performance and experience, changing for the better the way we work and live in buildings,” said Matthias Rebellius, managing board member of Siemens AG and CEO of Smart Infrastructure. “We look forward to co-creating use cases with our customers and partners on Building X to accelerate innovation and sustainability in the industry.” The Building X suite currently features a set of applications and digital services, tailored to different stakeholder groups, all connected on the AI-enabled platform. Building X opens new possibilities to digitalize, manage, and optimize building operations, bringing value to both existing buildings and new ones. Its applications cover key domains of building management, including energy, security and building operations, backed by strong analytics capabilities. The applications offer a consistent user experience, where relevant data is intelligently combined to drive outcomes for customers. A true digital building operations twin Building X combines the real and digital worlds of buildings by consolidating data from multiple sources into a digital building operations twin. With a virtual representation of a building, building operators can resolve issues faster. Users benefit from the transparency Building X provides in their efforts to make their buildings more sustainable, achieve better building performance and optimize user experience – all resulting in higher business outcomes. A growing set of applications The Building X applications are designed to be modular and persona-based, providing the right data to the right people. In addition to co-creation possibilities, users can choose from multiple ready-made applications. This makes the single “pane of glass” concept user and workflow-driven, while still allowing dashboards and data insights to be customized according to each user’s needs. As of now, the offering embraces four applications, with more to be added to the platform over time: The Energy Manager tracks energy consumption, costs and CO2 footprint of a building or building fleet and enables early corrective actions if necessary. It forecasts energy consumption based on historical data, and supports users in tracking their sustainability goals, helping them reach net zero buildings. The Operations Manager operates and monitors building equipment and applications in real-time. It can monitor a fleet of sites from one single point and ensures fast issue-response while reducing downtimes. Users benefit from increased business continuity and improved reaction times. The Security Manager operates and maintains security systems with unified and automated workflows. It centrally manages daily security operations and incidents across all systems. The 360° Viewer App represents a location as a virtual 3D environment, allowing for indoor navigation for insights into equipment topology and installation. SaaS and driving outcomes with building services Building X is offered as a SaaS (software-as-a-service) model, on a subscription basis. Thanks to the SaaS model, building stakeholders can access software off the shelf, ensuring they always have access to the latest functionality and find upgrades during the building lifecycle to meet their changing needs. Aside from the SaaS model, customers can also opt for an end-to-end program of Siemens Xcelerator Building Services, which will be enabled by Building X. This allows them to rely on Siemens to achieve their targets. In this model, Siemens leverages a combination of its technology, paired with the expertise of its digital building professionals. The programs are customized to achieve pre-defined outcomes, such as reducing operating and energy costs, optimizing asset performance for uptime and productivity, meeting regulatory requirements, or enhancing the occupant experience. Siemens Xcelerator is an open digital business platform comprising a curated portfolio of IoT-enabled hardware and software, a growing partner ecosystem and evolving marketplace to accelerate digital transformation.

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Changing models: smart buildings and smart finance

Countries around the world are setting accelerated targets for decarbonization. In the UK, the government’s latest Carbon Budget features plans to reduce emissions by 78% by 2035 – compared to 1990 levels – taking the nation more than three-quarters of the way to reaching net zero by 2050.[1] Moreover, in its ‘Ten Point Plan for a Green Industrial Revolution’ this administration has highlighted the decarbonization of buildings as a key aspect of its policy towards reaching these targets.[2] Given buildings account for 36% of final energy use, they are a prime target for energy efficiency initiatives and will be a major contributor to climate target attainment.[3] In order to achieve these goals, more attention needs to be paid to the existing commercial and public building stock. In Europe, for instance, roughly 75% of the building stock is energy-inefficient[4]. This means that a large part of the energy consumed is in effect wasted. Renovating existing buildings could reduce the EU’s total energy consumption by 5-6% and lower carbon dioxide emissions by about 5%. Yet, on average, less than 1% of the national building stock is renovated each year. To meet climate and energy objectives, experts state that the current rates of renovation should at least double[5]. To get on track to net-zero carbon building stock by 2050, the International Energy Agency (IEA) estimates that by 2030, direct building CO2 emissions need to fall by 50 percent and indirect building sector emissions by 60 percent.  A recent study[6] from Siemens Financial Services estimates the gap between the existing rate of investment in energy-efficient smart buildings and the accelerated rate which experts are saying needs to be reached to achieve sustainability and climate change targets. This gap is where smart finance can step in to enable the investment that should be made but is not yet happening. To bridge the investment gap, building owners and managers are having to look at changing how their buildings operate, their business models and how they are going to finance the required upgrades. Regarding operational technology, commercial and public buildings are going to have to become smarter to cope with these new demands for decarbonization. Smarter buildings allow flexible working – whether from the perspective of hot-desking, agile changes of use, security and safety, greater efficiency and flexibility or adapting to cope with volatile circumstances. While there is wide consensus around the need to make buildings smarter, all countries and sectors need a way of making that conversion financially sustainable. Yet how can this be done in practice? The starting point is to use smart technology to reduce building energy consumption. This produces hard financial savings that – through smart financing arrangements – can be harnessed to significantly subsidize the energy efficiency renovation of existing buildings. In selected cases, the energy savings might even pay for overall conversion. This can be done at an enterprise level, or in small incremental steps, each of which proves its return on investment. Typical building energy efficiency savings are usually at least 20%[7] (often far higher) representing very substantial operating economies. New models for smart financing Smart financing takes a variety of forms, depending on the business processes that need to be enabled. At the technology component level, financing tools are available to help vendors and distributors add value with cash flow capabilities for their buyers. For larger installations or systems, smart financing arrangements can be flexed and tailored to align costs with the rate of benefit gained from the energy-efficient technology. At the most complex level, Smart-Buildings-as-a-Service provides the financing solution, with future expected savings from energy efficiency being harnessed and used to pay for the capital investment and more. Conclusions Renovation projects to decarbonize buildings by transforming them into smart, energy-efficient environments are falling behind governments’ declared climate goals around the world. Many experts have declared that the annual investment rate should scale by three times or more to reach those declared targets. In order to bridge the gap between current investment rates and the required volumes, smart financing methods are being offered by private sector finance. They all seek to make the conversion to decarbonized, energy-efficient, smart buildings affordable for owners. At the least, these financing tools ease cash flow and align costs to the rate of benefits gained. At the best, smart financing makes the transition to decarbonization budget neutral, by harnessing future savings to pay for current investment. [1] Gov.uk, ‘UK enshrines new target in law to slash emissions by 78%’, https://www.gov.uk/government/news/uk-enshrines-new-target-in-law-to-slash-emissions-by-78-by-2035 [2] Gov.uk, ‘The Ten Point Plan for a Green Industrial Revolution’, 2021 https://www.gov.uk/government/publications/the-ten-point-plan-for-a-green-industrial-revolution/title#point-7-greener-buildings, 2020 [3] GlobalABC, Status Report 2019 [4] European Commission, In focus: Energy efficiency in buildings, 17 Feb 2020 [5] European Commission, In focus: Energy efficiency in buildings, 17 Feb 2020 [6] Siemens Financial Services, Bridging the Investment Gap: Smart Financing for Decarbonization in Buildings, 2021 https://www.siemens.com/financing-decarbonization-manufacturing [7] IPF Research Programme, Costing Energy Efficiency Improvements in Existing Commercial Buildings, Oct 2017

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Siemens Gamesa – renewed investment for Hull companies

A £20m contract to deliver M&E design and build to the Siemens Gamesa blade factory in Hull, has been awarded to a Hull-based company. Tucker Mechanical and Electrical Building Services delivered on the existing Siemens Gamesa site in 2015/16 and will once again be working with the main contractor, VolkerFitzpatrick who is overseeing the £82m extension. Similar in size to six football pitches, the new premises will house two wind turbine blade manufacturing facilities, where Siemens Gamesa will produce longer blades to improve the efficiency of offshore turbines. Mark Snape, Managing Director of Tucker M&E says: “Securing this local contract is fantastic for us as a company which secures jobs as well as investment into our business, the local community and region. Tucker M&E is committed, not only to people and development, but also to being a spoke in the wheel of the future energy generation for all. “It feels timely as we will complete this project during our 50th anniversary year. “We are forecasting to achieve a record turnover in the next 12 months due to multiple secured contracts due to commence in 2022. “At Siemens Gamesa, Tucker M&E has been commissioned to provide specialist trades for lighting, power, water, humidity control, ventilation, cooling and compressed air. “The finished steel superstructure will cover a massive area of almost forty-two thousand square meters. Phase one of the project is well underway with pilings, drainage and foundations. Also, the steel frame is now visibly taking shape. “Phase two will involve modifications to the existing blade factory, to repurpose it from a production facility to a finishing area. This will include internal reconfigurations, as well as upgrading, alterations to the exterior, steelwork and doors, allowing for the larger blades to be manoeuvred in and out. Our team will replace mechanical and electrical services. “The Siemens Gamesa factory is the largest offshore wind manufacturing facility in the UK. Since confirming its investment in Hull, the company continues to boost the local economy. It’s the gift that keeps on giving.” Jon Evans, Senior Project Manager at VolkerFitzpatrick says: “After successful delivery of the existing blade factory in 2016 we are delighted to once again work with Tucker M&E to deliver the M&E design and build to the new extension. “With advances in offshore wind technology, Siemens Gamesa continues to invest in local manufacturing, which is great news for Hull contractors that are winning tenders for the works, and the wind-giant will create a further 200 green jobs for local people within the factory.” Work is due to start imminently and complete by May 2023.

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Buildings require billions more in capital investment to reach climate targets

– Climate targets across the world are accelerating the implementation of smart, decarbonized, energy-efficient buildings. – In order to meet climate change commitments however, building stock requires significantly higher investment – around 3 times the current rate. – Smart financing can enable greater rates of investment in a financially sustainable way. – New research from Siemens Financial Services (SFS) estimates the ‘investment gap’ between current investment levels in energy efficient renovation of buildings stock, and those needed to achieve decarbonization targets in 4 regions across 3 sectors. Siemens Financial Services (SFS) has released a new insight study entitled “Financing Decarbonization: Smart Buildings” which estimates the ‘investment gap’ between current levels of investment in renovating the office, hospital, and education estate and the actual level needed to meet accelerated decarbonization targets by 2050. Part of a series on financing decarbonization, the research focuses on buildings – which account for 36% of final energy use – as a prime target for energy efficiency initiatives, and a major potential contributor to climate target attainment. The ‘gap’ represents a substantial shortcoming in each of the 4 countries studied, specifically: USA ($5.3bn for offices, $1bn for hospitals, $3.8bn for education) China ($12.7bn, $2.7bn, and $10.8bn respectively) India ($0.9bn, $0.6bn, and $6.2bn respectively), and Europe ($7.8bn, $2.2bn, and $5.5bn respectively). The research finds that smart buildings – which incorporate hot-desking, health and safety, information access controls, security, infection mitigation, and much more – are best suited to ensure more efficient use of commercial and public buildings, significantly reduced energy usage and emissions, and the transformation of buildings into far more sustainable assets for society. In order to bridge the gap between current investment levels and the required volumes, smart financing methods are being offered by private sector finance.  These solutions seek to make the conversion to decarbonized, energy-efficient, smart buildings affordable for owners. Financing tools can ease cash flow and align costs to the rate of benefits gained. Smart financing also has the potential to make the transition to decarbonization budget neutral, by harnessing future savings to pay for current investment. “Our use of buildings has been disrupted and altered by the pandemic,” says Jo Harris, Sales Director, Commercial Finance UK, Siemens Financial Services. “Not only can smarter building stock better cope with this change, it will contribute significantly to a cleaner and greener future. Smart financing solutions can accelerate the rate of transformation, helping buildings owners to achieve net-zero carbon building stock by 2050. Methodology Proprietary data from Siemens Financial Services on cost of energy efficiency renovation per m2 (existing buildings) was applied to total m2 of the hospital, office and education estate for each country/region studied. The total cost of energy efficiency renovation was calculated based on the Global Alliance for Building and Construction’s estimate of the % of building stock that would have to be converted by 2040 to meet current climate targets (rising to 2% by 2030 and 3% by 2040). Then, the cumulative % of actual current renovation rates (approx. 1% of existing building stock) was projected to 2040 and the cost of renovation calculated at those current rates. The Investment Gap is the difference between current energy efficiency renovation rates and the projected rate of renovation needed to meet climate targets. For further information, please see: www.siemens.com/financing-decarbonization-smart-buildings For further information on SFS, please see www.siemens.com/finance

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