0
Utility
About UsConferencePartner With Us
  • Infrastructure
    Compliance
    Gas Control
    Grid
    Transmission and Distribution
  • Field Operations
    Utilities Field Service
    Utility Locating and Mapping
    Wastewater Treatment
  • Utility Intelligence
    Utilities AI
    Utilities Asset Management
    Utilities Billing
  • Leadership Perspectives
  • Innovation Insights
  • Research
  • News
  • Magazines
  • CXO Awards
×
#

Utilities Tech Outlook Weekly Brief

Be first to read the latest tech news, Industry Leader's Insights, and CIO interviews of medium and large enterprises exclusively from Utilities Tech Outlook

Subscribe

loading
THANK YOU FOR SUBSCRIBING

Weekly Brief

loading

4 Battery Technology Trends Redefining Utilities

As renewable sources of energy find their way into homes, vehicles, and industries, innovations in battery technology gain traction 

By

Utilities Tech Outlook | Wednesday, November 20, 2019

As renewable sources of energy find their way into homes, vehicles, and industries, innovations in battery technology gain traction.

FREMONT, CA: The Nobel Prize in Chemistry this year was conferred to John Goodenough, M. Stanley Whittingham, and Akira Yoshino for their work to develop battery technology. The awards point to the value that innovations in battery technology have currently. The precedence of renewable resources of energy like solar and wind is rising. Given the lower reliability of solar and wind energy due to their uncertain and periodic nature, superior storage is essential to build sufficient reserves of energy. Only then can end-users rely on renewable energy and support the withdrawal of conventional sources like fossil fuels. Besides, the growing popularity of electric vehicles is also contributing to the demand for better energy storage in batteries. Some of the latest trends that will mark the energy storage are listed below.

• The Shifting Utilities

Stay ahead of the industry with exclusive feature stories on the top companies, expert insights and the latest news delivered straight to your inbox. Subscribe today.

The utility industry is making some great strides in the direction of sustainability. As a result, there are some fundamental changes taking place across production, distribution, and transmission infrastructure, as well as operating technologies. A major change has been seen in the approach of electric utility companies towards the adoption of solar. By refurbishing grids and allowing the inclusion of distributed energy resources, service providers are creating opportunities for new energy models. Enhancing storage facilities is central to these developments. Today, utility companies are looking to invest substantially in battery storage that can store large amounts of solar energy. The demand for high capacity batteries will drive the energy storage technology market and lead to rapid innovations in the sector.

• The Demand for Safe and Resilient Energy Infrastructure

While sustainability is a major factor driving the electric utilities, the safety aspect is also substantial. Evolving regulations mark one of the trends in battery technology. Some recent instances of accidents at energy storage facilities have brought storage technology under scrutiny. Thus, standard safety regulations are a must for innovative, high capacity batteries. Various regulatory bodies and governments are currently considering the finalizations of safety regulations. A predetermined way of testing, criteria regarding the location of battery manufacturing and commercial-scale energy storage facilities, and other regulations that systemize storage technologies are expected to take shape rapidly. The battery industry will have to consider and comply with safety norms.

• The emergence of New Battery Technologies

The escalating demands for energy storage technologies have sparked a lot of innovations. Labs across the globe are testing potential battery technologies. The development of lithium-ion batteries started the movement, which has now picked up the pace and resulted in the creation of alternative cells. Zinc is one of the most sought-after materials currently owing to the enhancements it brings. Besides, newer applications of battery technology have also gained ground. Battery suppliers are constantly vying to enhance capacities and stay ahead in the competition.

• The Push for Green Energy

From aware citizens to responsible governments, everybody is prioritizing environmental safety. Automobile companies realize that conventional combustion engines will gradually lose relevance, and electric mobility will become the norm. Thus, battery technologies will find a large number of takers in the automobile industry as they scale up the production of e-vehicles. The battery requirements of e-vehicles will make automobile makers explore for the best battery technologies available.

Together with the above trends, there has also been a fall in the prices of lithium-ion batteries. As prices dwindle further, industries will quickly adopt battery technologies to enhance energy storage and fulfill modern-day electricity consumption requirement.

Check Out : Top Renewable Energy Solution Companies in Europe

More in News

Obstacles in the Path of Implementation of Data Analytics Platform

Data has become the oil for business organizations that helps to drive efficient business growth. Data analytics allows companies to gain actionable insights into their business processes and applications. Data analytics includes the management of an organization’s business intelligence platforms , data governance, forensic data analysis, advanced statistical modeling, and many other functionalities. Data analytics has become an essential aspect for businesses as it empowers businesses leaders to take more informed decisions by augmenting their business expertise. Companies that lag in the implementation of an efficient data analytics solution face the probability of getting overpowered by their competition. The data analytics tools shape various data structures into an appropriate format and then apply mathematical algorithms to extract meaningful information from the pile of data sets. In recent years, storage techniques have become more robust, allowing companies to track large volumes of information cost-effectively. The data extraction mechanism that can enable companies in effective decision-making on a specific problem can be an arduous task, preventing many companies from attempting to develop analytics capabilities. However, business leaders have started to acknowledge the value of the methodologies and techniques to identify reliable, data-driven insights. Check This Out: Top Data Analytics Companies Many organizations can misunderstand when it comes to data analytics as it may seem esoteric. The C-suite in companies wants the data to be more relatable and easier to transform into meaning information to gain the desired insights. But it might be tough for the business executives to fathom the level of work that goes into extracting useful data from a database. The business owners can also fail to understand the implications of various findings that allow the data analyst to add insurmountable value towards the growth of an organization. The implementation of a fully fledged data analytics program can be a challenging and cost-effective affair for businesses. Organizations need an effective strategy, a team of dedicated and skilled data scientists to gain the advantage of data analytics. Few Data Analytics Companies:  Adaptive Analytics , Atlas KPI , HAIvia Check This Out: Business Management Review ...Read more

What does the Future Hold for Meter Data Management?

One of the most significant changes in the utility industry has been the evolution of meters to become an enterprise function that supports numerous key business activities and provides operational advantages. The evolution of metering from a simple component of the revenue cycle for the meter-to-cash use case to an enterprise function supporting several key business processes and giving operational benefits. It is vital for utilities undergoing a digital transformation to have the right technology for mission-critical power operations and new customer-centric solutions. The chosen solution should be more than a standard MDM platform, serving as the energy industry's digital backbone. A solution should be designed to offer users a perspective view of the future that creates new business models and use cases. And one that enables the integration of Machine Learning features with other Data Analytics-based solutions. Modern technology for the contemporary market Utilities reviewing their MDM solution should select one designed and constructed using the same cutting-edge IT technologies utilized by modern hyperscalers and social media applications. It should be prepared for infinite scalability and the greatest adaptability in the continually evolving utility industry. Flexibility to facilitate the application of existing and future smart grid rules The solution should be designed with flexibility in mind: a flex data model, smart integration, and the ability to easily configure use cases throughout the energy value chain in response to market, technological, and regulatory changes. Integration without modification There should be an integration layer to manage and monitor integrations and data transmission across MDM, MDC, and customer systems. This integration layer enables the utility to monitor the complete AMI/smart grid IT landscape and the end-to-end value chain (metering, collecting, meter data administration, billing, reporting to TSO, and market communication) across all associated systems, integrations, and data exchanges. This will lower project risks during execution and reduce operational complexity. Advantages of adopting a managed cloud service With traditional on-premises systems, infrastructure capacity must be designed in advance. The organization faces significant upfront expenditures and the weight of unused infrastructure from the outset of the project. A cloud solution allows infrastructure to be utilized on-demand. Customers can execute highly intense analytical operations concurrently with highly intensive transactional base loads. The elasticity of the cloud solution enables automatic upscaling and downscaling of the required infrastructure, resulting in the lowest feasible costs for running transactional and analytical workloads involving customers' energy data. ...Read more

Redefining Utility Services Through Customer-Centric Strategies

Utility services are evolving towards customer-centric strategies that enhance satisfaction and loyalty by leveraging advanced technologies and tailored capabilities to meet diverse customer needs. FREMONT CA:  Utility services are increasingly evolving to embrace customer-centric strategies, recognising that enhancing the customer experience is vital for fostering loyalty and satisfaction in a competitive landscape. By prioritising consumers' needs and preferences, utility companies can tailor their offerings to provide more personalised, efficient, and responsive services. This shift involves leveraging advanced technologies and data analytics to gain insights into customer behaviour, preferences, and pain points. The modern utility customer experience reflects the service model within the organisation. As the energy transition unfolds, the conventional energy system is undergoing significant evolution towards new service models. To effectively address the changing demands and requirements of customers and the utilities market, distinct capabilities in customer service are required. Capabilities for Customer-Centric Utilities Full Customer View: A comprehensive view of all customer-related information and activities is essential. This includes general contact details, specific customer information, offerings, packages, services, billing preferences, invoices, receipts, financial status, and profile. Such an overview allows for a deep understanding of each customer’s needs and preferences. Workflow Support: Workflow support enables the customisation and automation of unique customer service representative (CSR) processes and tasks based on built-in business logic. This approach ensures the efficient and consistent handling of customer requests and inquiries. CRM Processes: It is crucial to manage customer relationship management (CRM) processes. These encompass customer segmentation and profiling, campaigns, lead management, sales processes, and quotations. Such capabilities enable targeted marketing and sales efforts tailored to specific customer segments. Call Center Integration: Integration with call centre systems is necessary for a seamless customer experience. This includes user task dashboards, diary notes, communication history, and integration with computer-telephony integration (CTI) and interactive voice response (IVR) systems. These integrations facilitate efficient communication channels and easy access to relevant customer information. Multi-Channel Communication: Support for various communication channels from a single system enhances customer interactions. By accommodating SMS, mail, emails, and social networks, utilities can engage with customers through their preferred channels, thereby improving convenience and responsiveness. Advanced Search Functionality: The implementation of advanced search functionality is vital for easy retrieval of customer data. This feature ensures quick and accurate access to customer information, thereby improving response times and overall customer service efficiency. AI and Machine Learning Capabilities: The incorporation of AI and machine learning technologies allows utilities to analyse customer data and predict behaviours. This proactive approach enables the identification of customers at risk of churn. By understanding customer patterns and preferences, utilities can take measures to retain their customer base effectively. Strategic Technology Implementation: By integrating these capabilities into the customer relationship management system, utilities can focus on meeting customer needs, providing personalised experiences, and building strong relationships with their customers. Strategic implementation of appropriate technology is integral to becoming customer-centric within the utility sector. By prioritising customer needs and leveraging advanced technologies, utility providers can create tailored, efficient, and responsive services that enhance overall satisfaction and loyalty. Implementing key capabilities enables utilities to adapt to the evolving market landscape and effectively address their customers' diverse demands. As utilities continue to embrace these innovations, they will improve their operational efficiency and foster deeper connections with their clientele, ultimately contributing to a more sustainable and customer-focused energy future. ...Read more

Optimizing Efficiency with Utilities Field Service Management Software

Utilities FSM software collects and analyzes data from various sources, providing valuable insights into operational performance.  Adopting advanced technologies becomes imperative in the dynamic landscape of the utilities sector, where efficient operations and timely service delivery are paramount. Utilities Field Service Management Software (UFSMS) emerges as a game-changer, offering myriad benefits that streamline processes, enhance productivity, and elevate the overall performance of utility companies. Utilities FSM software plays a pivotal role in optimizing operational processes. Utilities can eliminate manual errors, reduce response times, and maximize resource efficiency by automating these processes. Effective communication is the cornerstone of successful field service operations. UFSMS facilitates real-time communication between field workers and the central office, enabling instant updates on job status, task completion, and any unforeseen challenges. The seamless communication ensures that all stakeholders are well-informed, leading to quicker decision-making and improved customer service. The utilities sector relies heavily on various assets, from equipment to vehicles. UFSMS provides comprehensive asset management tools that allow companies to monitor their assets' health, location, and maintenance needs in real-time. It helps prevent equipment failures, minimize downtime, and extend the lifespan of valuable assets. Field service management software empowers field technicians with the tools to perform their tasks efficiently. Mobile applications enable field workers to access work orders, customer information, and necessary documentation on-site. It reduces the need for paperwork and enhances the accuracy and speed of fieldwork, ultimately boosting overall workforce productivity. Efficient scheduling and dispatching are crucial in the utilities sector, where timely response to service requests is essential. UFSMS automates the scheduling process, considering factors such as technician skills, location, and urgency. The optimization minimizes travel time, maximizes resource utilization, and ensures that the right personnel are assigned to the right tasks.  Managers can make informed decisions with detailed reports and analytics. The data-driven approach helps utility companies refine their strategies for greater efficiency and customer satisfaction. The benefits of UFSMS extend beyond the operational realm to directly impact customer service. With improved scheduling, faster response times, and better communication, utilities can deliver a superior customer experience. It strengthens customer satisfaction and contributes to the positive reputation of the utility company in the market. Utilities function in a highly regulated environment with stringent compliance requirements.  UFSMS assists in maintaining accurate records and documentation, ensuring that companies adhere to industry regulations. In an era when technology is transforming industries, utility companies stand to gain significantly from implementing Field Service Management Software. From optimizing operational processes to enhancing customer service, the benefits are multifaceted. As the utility sector continues to evolve, embracing UFSMS becomes not just a choice but a strategic imperative for those aiming to stay ahead in the competitive landscape.     ...Read more

I agree We use cookies on this website to enhance your user experience. By clicking any link on this page you are giving your consent for us to set cookies. More info

Utilities Tech Outlook
Follow on LinkedIn

About

  • Home
  • About Us
  • Partner With Us

Stay Connected

  • Subscribe
  • Newsletter
  • Sitemap

Contact Us

  • editor@utilitiestechoutlook.com
  • sales@utilitiestechoutlook.com
  • marketing@utilitiestechoutlook.com

Legal

  • Editorial Policy
  • Privacy Policy
  • Terms of Use

© 2026 Utilities Tech Outlook. All rights reserved.

This content is copyright protected

However, if you would like to share the information in this article, you may use the link below:

www.utilitiestechoutlook.com/news/4-battery-technology-trends-redefining-utilities--nwid-548.html