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Huawei takes action to help operators address network energy efficiency



In addition to the big announcements about 5.5G at Win-Win·Huawei Innovation Week, Huawei also launched a new suite of green development solutions. Picking up on the themes at its 2022 Global Analyst Summit, Huawei is seeking to help operators systematically improve network energy efficiency.

At its 2022 Global Analyst Summit, Huawei focused on ‘Innovating nonstop for a greener intelligent world.’ At Win-Win·Huawei Innovation Week, the company went a step further by outlining a set of solutions to help deliver on the promises that it and its operators had made on addressing the global decarbonisation challenge through greater network energy efficiency.

“As ICT infrastructure continues to evolve from 5G and F5G to 5.5G and F5.5G, green networks, evaluated against the network carbon intensity (NCIe) index, will become a critical part of future target networks.

The main objective of our solution launch today is to help operators systematically build green networks that simultaneously address traffic growth and carbon emission reduction,” explained Huawei’s Carrier BG Chief Marketing Officer Philip Song at Win-Win·Huawei Innovation Week

Philip Song

According to Song, technological innovation is required at three levels to help customers achieve green development goals:

  • At the site and equipment level, more integrated designs and new materials should be used to move sites fully outdoors, and increase equipment energy efficiency and the efficiency of using renewable energy.
  • In cross-site coordination and networking, a simplified network architecture and improved forwarding efficiency are required to maximize energy efficiency and make networks all-optical, simplified, and intelligent.
  • To achieve green O&M, new O&M and energy-saving policies should be more easily developed and delivered, and energy efficiency indicators and baselines should be made more visible, manageable, and optimizable.

    At the event, Song also announced the launch of Huawei’s green development solution with innovations at these three levels, as well as the new NCIe indicator system which supports this three-layer solution of green site, green network, and green operation.

    “Huawei is committed to working with operators to improve the energy efficiency of ICT infrastructure and create value using green ICT technologies,” Song concluded

    The full details of Huawei’s new green development solution provided at Win-Win·Huawei Innovation Week were as follows:

    At the site layer, the solution focuses on innovation in three areas:

    • Fully-outdoor deployment: Using innovative materials, the industry-leading blade power module supports 2G, 3G, 4G and 5G within a single site. The leading One Blade One Site solution features 97% site energy efficiency (SEE).
    • High degrees of integration: Ultra-wideband RF modules and multi-band antennas are integrated within these simplified sites. The company’s unique signal direct injection feeding (SDIF) technology is able to realize zero losses with zero cabling inside multi-band antennas, boosting the telecommunications energy efficiency (TEE) of the equipment.
    • Efficient use of renewable energy: Solutions such as Huawei’s AI-based PV-storage optimization and iPV shading for loss reduction are used to maximize the efficiency of using renewable energy.

      At the network layer, the solution also features innovations in three areas:

      • All-optical connectivity: By upgrading the entire network from electrical switching to optical switching, the solution improves energy efficiency by about 10 times, while swapping copper for fiber further improves energy efficiency by about five times.
      • Simplification: The multi-service processing capability of Huawei routers enables the solution to integrate four units of equipment into one. With SDH modernization, the solution replaces multiple cabinets per site with one sub-rack per site, significantly reducing the amount of equipment room space needed and improving network energy efficiency (NEE). Continuous innovation in the optical transmission network (OTN) has also enabled the ultra-wideband Super C120+L120 solution to support a per-fiber capacity of nearly 100 Tbit/s, which means 1 million users can simultaneously watch movies online over a single fiber the thickness of a hair.
      • Intelligence: The solution supports intelligent dynamic hibernation of routers and automatically adjusts the forwarding frequency of network processors based on changes in the traffic volume.

        At the operation layer, the solution focuses on user operations, energy saving policies, and energy efficiency indicators:

        • The solution accelerates the migration of users to networks using more energy-efficient RATs, for example, from 2G and 3G to 4G and 5G, greatly reducing energy consumption per bit and reducing the NCIe value.
        • The solution implements real-time traffic control and analysis, and adjusts forwarding processors’ frequency or shuts down ports based on traffic volume changes.
        • The solution ensures that the indicators are visible, manageable, and optimizable.

          Telco & Mobile

          Huawei applies R&D smarts to global decarbonisation challenge



          At Huawei’s recent Global Analyst Summit 2022, chairman Ken Hu Keynote focused on ‘Innovating nonstop for a greener intelligent world,’ as Bill Mew reports.

          Huawei has been innovating nonstop for over 30 years to create value for its customers and for society as a whole. As chairman Hu explained: “Innovation has become a core part of Huawei’s DNA. Despite considerable operational challenges over the past few years, we have continued to steadily increase our investment in R&D. For nearly a decade, our strategy has been to re-invest at least 10% of our annual revenue back into R&D. Last year, we invested 22%.”

          During the event a series of Huawei executives outlined the company’s initiatives to address various industry challenges, such as bottlenecks like Shannon’s limit and von Neumann architecture which require us to explore new theories and architectures. It also focused on the company’s own priorities, including access certain advanced components, the shift in focus to systems engineering, the war for talent and the R&D drive to achieve breakthroughs in three areas: fundamental theories, software, and architecture.

          In particular though Hu focused on how digital technology can enable low-carbon development, and what Huawei is doing to optimize energy supply and consumption in order to help the world go green.

          Energy Supply

          On the energy supply side, Huawei are working to improve the share of renewable energy in the overall energy mix. To make this happen, they are seeking to redefine PhotoVoltaic (PV) with digital technology to improve energy yields and O&M efficiency.

          It is already made great progress. In 2014, Huawei became the first company to apply the concept of distributed base stations to the PV industry, which has helped solar farms increase their energy yields. It then introduced power line carrier technologies to the PV field, which can reduce deployment costs, and they are also using cloud and AI to cut O&M costs too.

          For example, in Qinghai, China, it has helped build the world’s largest single-site solar power station with an installed capacity of 2.2 GW. With cloud and AI, we have increased its energy yield by more than 2% and enhanced O&M efficiency by over 50%.

          Energy Consumption

          On the energy consumption side, it is doing everything that it can to help industries reduce their own carbon footprints with digital technology. For example, in its own industry, it is working to reduce the environmental impact of networks. Huawei’s main focus is on mobile sites and data centers, which are the most power-hungry network components. Currently, there are about 10 million mobile sites worldwide. If Huawei can make these sites more energy efficient, it would mean a lot for the ICT industry. It is using simplified architecture design, a greater proportion of renewable energy, and AI to optimize systemlevel energy efficiency. For example, it is using simplified architecture design in Indonesia.

          Huawei has replaced indoor sites with integrated outdoor cabinets, so that equipment rooms and air conditioners are no longer needed. This has cut the energy consumption of support infrastructure by about 30%. In Poland, Huawei is equipping sites with solar panels, which can now provide up to 30% of the power needed for a single site.

          As data centres may be becoming ever more critical parts of our infrastructure, but they are extremely energy-intensive. To address this, Huawei has made great improvements in power consumption through new innovations in liquid cooling, AI, modular construction, and cluster computing. It has applied all of these technologies to its green data centre in Guian, and has significantly reduced its carbon footprint.

          At the same time, with digitalisation and decarbonisation also presenting enormous opportunities, Huawei is seeking to capitalise on this as well. Applying its R&D and working closely with its partners and peers, it hopes to build a better and greener intelligent world.

          For more information get a copy of Huawei’s Green Development 2030 Report here:

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          Industry 40

          Tech Solutions leader Cyient set to acquire Singapore-based Grit Consulting



          cyient acquires grit consulting

          Global Technology Solutions leader Cyient Ltd. have announced they are set to complete a USD$37 acquisition of Singapore-based firm Grit Consulting, a business with deep-rooted consulting expertise in asset-intensive industries like metal mining and energy. Grit Consulting has approx. 100 employees and consultants, and reported a turnover of USD$18.1 million in the financial year of 2022.

          Cyient’s acquisition of Grit Consulting is expected to be completed on or before 5 May 2022, and will enable Cyient customers to tap into both Grit’s deep expertise and Cyient’s technology solutions capabilities, empowering Cyient to further their consulting-led, industry-centric, technology solutions growth aspirations.

          This latest investment by Cyient follows closely on the heels of their previous EU$94 million acquisition of American headquartered plant and product engineering services company Citec, its largest acquisition to date, the largest outbound acquisition by an Indian engineering services company on record to date.

          “We are expanding our Cyient Consulting practice with this investment. It aligns with our consulting-led growth strategy, and we see great synergies across talent, footprint, and customers. With Grit Consulting’s expertise in business transformation and our technology solutions capabilities, we can deliver strategic outcomes for our customers.”, said Cyient’s Managing Director and CEO, Krishna Bodanapu.

          Jeremy Brown, Founding Partner, Grit Consulting stated “We are extremely honored to be acquired by Cyient and see enormous synergies in supporting our customers given Cyient’s international reach and technology capabilities”.

          Mr Brown went on to say “We believe that this coming-together of Cyient’s technology solutions and our innovative socio-technical design consulting approaches will further strengthen our capabilities to enable sustainable performance improvements and cultural enhancement across the organization.”

          Additionally this investment provides Cyient access to new customer portfolios and leverages customer, geographic, and talent synergies of both businesses, to enable expansion and deepen Cyient’s mining industry footprint.

          “As we forge ahead on our path to be leading consulting-led, industry-centric, global technology solutions provider, the capabilities of Grit Consulting and our consulting practice will be of greater strategic value to our customers in their digital transformation journey.”, said Meenu Bagla, CMO of Cyient.

          This acquisition seems well-timed in light of a recently published Global Management Consulting Services Market Report from BusinessWire, which estimates the global management consulting services market to reach USD$1.2 trillion by the year 2025.

          Full release here: 

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          Next-Gen Networks & 5G, Facilitating Enterprise Business Transformation



          Enterprise Business Transformation

          The prospective industrial network is taking the same route as that of Operations Technology (OT) and Information Technology (IT). Varying from WAN and LAN, holding a third-party network to outsource cloud-based SaaS solutions via public clouds.

          Presently, the sole aim of most organisations is to acquire real Business Operations Transformation while acquiring more significant business concessions, ROI from network technologies acquisitions, and services sustaining their business core.

          Perhaps I can witness the enterprise IT transformation, as the businesses have been continually developing systems, indulging in crafting designs, plans and following the trial and error to roll out Private Converged enterprise networks, with a motive to leverage 5G in particular, regardless of their size and shape. 

          But what’s unfortunate is the challenges the enterprise business transformation has brought along due to a lack of experience and skills. This frequently leads the HR departments of the enterprises to struggle while sourcing in-house expertise and understanding of digital enterprise transformation networks. As a result, the challenges bind them to bring those powers to their organisations from the market for a Partner of Choice. 

          The difficulties enterprises face when embracing and operating consolidated digital enterprise transformation networks, and 5G solutions are the expertise, as these aren’t their core business. Instead, they ought the suited technology and telecoms counterpart to function with to yield flourishing results.

          I recently hosted and mediated a live-stream discussion featuring two globally leading telecom executives, Aashu Virmani, Vice President & Client Partner, Communications, Cyient, and Ray Achemedei, General Manager, Technology & Digital Transformation. Horizon Power, for Cyient, titled CXO Cyience – Designing Networks of Tomorrow.” 

          Our conversation was near and around the emerging transition in converged networks as enterprise IT transformation by assembling their own remote converged networks. Our discussion also covered some of their distinctive insights and stances on conceiving a savvy infrastructure. 

          Though there wasn’t much that we could cover in our short conversation, after concluding our live stream, I realised that there were two major takeaway points that I believed needed to be heightened for you people. So here are two essential highlights I brought away from our live-stream event and what Aashu and Ray had to articulate on each matter when I requested them both to confer on them.

          Takeaway #1

          Early adopters witness prospects for instantaneous triumphs, and early adopter yields from Next-Generation Networks mainly fused personal networks across firms, which are usually prepared to leverage 5G, are flaring up prospects on multiple fronts, resulting in the advancement of creative business prototypes as new use cases for Customer and Business conditions arise.

          I’m witnessing an inflated number of prospects for corps to attain influential Enterprise Business Transformation via Next Generation Networks by embracing new functioning models and use cases that access the technology that enables consolidated and Next Generation Networks.

          Undoubtedly, this was conferred in profundity during our live-stream affair. Still, I felt there was more that my ace visitors could convey, so I contacted Ray and Aashu Virmani and requested them to elaborate the topic with instances of where they are witnessing possibilities for both prompt victories and early adopter returns. So here is what they had to state:

          “Cyient is internally organised across ten industry verticals, from Communications to Utilities, Mining, Rail, Aerospace, and Medical – just to name a few. Within the past six months, we’ve seen over a dozen of our clients, with whom we were previously engaged for their vertical-specific use cases, start initiatives around communications and developing their own private networks — all in the context of their own enterprise transformation. More and more, we are recognizing internally how our Communications business is fast becoming ‘horizontal’ across all of our other verticals when it comes to private networks. We are simultaneously engaging with our CSP customers to help them develop and expand their implementation practices around offering private networks to their enterprise accounts.”, Aashu Virmani, Vice President & Client Partner, Communications, Cyient.

          “Quick wins are a great and important way to prove out and demonstrate the value of next-generation network investments, and certainly in the space we occupy there is no shortage of examples. For example, five years ago, we installed advanced metering infrastructure (AMI) to underpin our Smart Grid goals and objectives. Initially, we used it to collect, send, and analyse consumer energy consumption data. Since then, we’ve leveraged the same data sets to automatically detect neutral integrity issues. Looking to tomorrow, we want to leverage the abilities of our AMI infrastructure to self-heal, support demand-side DER management, and enhance energy efficiency.”, Ray Achemedei, General Manager, Technology & Digital Transformation, Horizon Power.

          Takeaway #2

          The content of architecture industries can currently think when enforcing personal networks persists in flaring up assertive new prospects for enterprise business transformation. Multiple believed the things of telcos & carriers are now obtainable to enterprise consumers across the range.

          The emphasis now is not solely to construct it correctly the foremost time, but likewise, construct it ‘intelligently’ so that process & administration evolves actually and efficiently.

          Corps have become ever more critical to find the best probable Partner of Choice to defend them to accomplish such transformative developments. But, unfortunately, it is not usually the core business for most institutions to enforce, function, or drive Next Generation Networks.

          Similarly, I conferred this extensively with my visitors during our live-stream event. Still, I desired to proffer my ace visitors the chance to convey more on this. So I requested them to elaborate the topic with instances where they witness prospects. So here is what they had to convey:

          “When it comes to intelligent network architectures, an important learning for us was that it’s not simply a case of one size fits all. If you focus on your use cases, then the right architecture/s become apparent. Once we resolved that, it was exciting to see other opportunities emerge. For example, in our case we started by looking at a use case that supported our Operational requirements, however, we subsequently realised that the architecture that emerged from this, offered support for a wide range of use cases we hadn’t considered that sat outside of our Operations group and that these particular use cases offered us the potential to develop a significant new revenue stream. In an environment where there is considerable pressure on costs and revenues, opportunities such as this are game-changing.”, Ray Achemedei, General Manager, Technology & Digital Transformation, Horizon Power.

          “Developing the right architecture for a private network depends on the eventual use case (or cases) the customer is attempting to solve, and which of the following six criteria are most important drivers: coverage, latency, density, QoS, security, and cost. The right architecture, and which OEMs we use for the customer depends on which variables we are attempting to optimise, and can range between being an extension and densification of the CSP network at the enterprise premises, to being a completely air-gapped stand-alone network owned and managed by the enterprise, to a hybrid between these two extremes. The important thing to realise is that no two networks are equal because the business problem for a mining customer may be drastically different from that of a manufacturing plant owner. Having an understanding of various industry verticals gives us an advantage when it comes to tailoring a solution that is optimal for a customer.”, Aashu Virmani, Vice President & Client Partner, Communications, Cyient.

          What I can conclude from what I was able to absorb and comprehend based on my prior knowledge about the related topic and the insights I received from our hearty discussion is that it is time to act as those waits are surely going to miss the opportunities that early adopters and next-gen network embracers are going to avail cause of begin, not just early but skilful birds.

          Besides, please do listen via the link below if you haven’t already tuned into the exclusive panel conversation I had with Ray and Aashu. I look ahead to resuming this discussion with Ray, Aashu, and the crew at Cyient in the future.

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