SEKOIA for Grid Modernization
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The document discusses grid modernization and a new tool called SEKOIA that can help utilities modernize their grids. SEKOIA uses spatial engineering, knowledge optimization, and immersive analysis to provide powerful tools for managing large-scale grid modernization deployments. It enables utilities to modernize their grids in a fast, efficient, and smarter manner. SEKOIA also provides benefits throughout the lifecycle of grid projects like seamless knowledge transfer, staying on schedule and budget, quick disaster recovery, and improved asset management.
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The document reports the results of a survey conducted by Black & Veatch on strategic directions for the electric industry. Over 17,000 professionals in the electric industry were invited to participate in an online survey from May 9-29, 2017. 533 respondents qualified and completed the majority of the survey. The survey addressed key issues like reliability, aging infrastructure, emerging technologies, and environmental regulations. Results were analyzed to determine major findings and differences between various industry groups.
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The LMR to LTE Odyssey is an overview of the historical and current state of Land Mobile Radio (LMR) and (Long Term Evolution) LTE in the public safety industry. This session addresses other significant technological transitions (Analog-Digital, TDM-IP); the latest LMR trends (P25 Phase II, DMR, Tetra); and the public Telco history and current LTE trends (FirstNet, MC-PTT, small cells, scale, spectrum). The LMR to LTE Odyssey will also address some of these questions:
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• Why it’s not one or the other?
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The Black & Veatch 2017 Strategic Directions: Smart City/Smart Utility Report investigates the progress made by communities and utilities as they continue their evolution toward smarter infrastructure. Around the globe, cities and utilities are beginning to see tangible results from preliminary efforts and are gaining confidence in what a smart city can be.
Municipalities are starting to understand the power of data and how it can foster and support master planning, and how a roadmap can define, drive and ultimately enable smart city initiatives. Utilities are working to integrate advanced technologies—such as evolving to accommodate distributed energy resources (DER) and improving network connectivity—to determine a successful path forward in a changing landscape.
Most importantly, communities and utilities are coming to the understanding that proactive data management—from collection to visualization and analytics—is critical to the smart city movement because it will allow them to prioritize efforts, commit funding and allocate resources in a tactical manner.
The 2017 Strategic Directions: Smart City/Smart Utility Report also discusses potential hurdles that may impede success. For example, key gaps remain in the areas of planning, funding and technology through data management that will force governments and utility providers to revisit how they approach these efforts.
We welcome your questions and comments regarding this report and/or Black & Veatch services. You can reach us at MediaInfo@bv.com.
Report Background
The annual Black & Veatch 2017 Strategic Directions: Smart City/Smart Utility Report is a compilation of data and analysis from an industrywide survey. This year’s survey was conducted online from 19 October 2016 through 4 November 2016. A total of 741 qualified utility, municipal, commercial and community stakeholders completed a majority of the survey. Because the survey was administered online, the amount of self-selection bias is unknown, therefore, no estimates of sampling error have been calculated.
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Recurring harmful algal blooms in Lake Erie and other water bodies keep nutrients at the forefront of water quality priorities in the Great Lakes, Upper Mississippi River and elsewhere in the Midwest. Recent regulatory strategies have focused on nonpoint source controls and more stringent point source limits. In response, more treatment utilities will likely consider biological nutrient removal (BNR) technologies along with other alternatives. Since the invention of the Phoredox and Bardenpho processes in South Africa in the early 1970s, understanding of underlying BNR mechanisms has grown significantly, especially for enhanced biological phosphorus removal (EBPR).
This webinar will look at recent developments that have further improved the reliability and cost-effectiveness of EBPR for cold and wet conditions encountered in the Midwest and Great Lakes. Case studies will be discussed demonstrating innovative design features that can turn unintended BNR consequences into positive results, including:
Side-stream EBPR (S2EBPR) – moves anaerobic zones out of the main liquid stream. This configuration is much more reliable and efficient than conventional mainstream anaerobic zones, making EBPR viable in more cases than previously thought possible.
Struvite recovery processes – minimizes nuisance scaling in digestion and dewatering, reduces nutrient return loads to the main liquid stream, improves biosolids dewaterability, and produces a high-quality, eco-friendly fertilizer product.
Step-feed anoxic zones – are a lower-energy denitrification alternative to the traditional Modified Ludzack-Ettinger (MLE) approach to offset nitrification oxygen and alkalinity demands and avoid clarifier sludge blanket flotation.
Wet-weather step-feed and biomass transfer – manage peak flows and protect biomass from washout. Auxiliary enhanced high-rate treatment (EHRT) facilities offer even greater resiliency and excellent phosphorus removal.
Delivering Value Through End-to-End Solutions
This document provides information on a company that offers vertically integrated public safety consulting and design services including:
- Network design, site acquisition, engineering, construction, and project management for communication centers.
- Consulting services for LMR systems, LTE broadband, and next generation 9-1-1.
- Space planning, equipment design, and technology implementation for emergency communication centers.
Becoming A Smart City
"Smart" can be defined and exhibited in different ways. But a foundation that enables intelligence must be established first. Learn about the foundational technologies and approaches that Smart Cities use to manage their critical infrastructure with deeper intelligence.
The term Smart City applies to any community were infrastructure assets, information technology and data analytics are fused into an integrated network. Covered in this PowerPoint are ways that a network can be built and data analytics employed to promote community-wide efficiency, resource resilience and stakeholder satisfaction, and expand opportunities for economic development.
Impacts of the Renewable Energy Future
The renewable energy industry is experiencing significant growth and change. Solar and wind installations have increased dramatically in recent years, while coal and nuclear power have declined. This transition to renewable energy presents both opportunities and challenges for utilities and other energy companies. New business models and strategies will be needed to successfully manage the impacts of the renewable energy future.
Disruptive technologies and the future of the utility business model
This document discusses disruptive technologies and their impact on the future of the utility business model. It begins with an introduction to disruptive technologies such as renewable energy, distributed energy resources, electric vehicles, energy storage, and energy efficiency. These technologies are challenging the traditional utility business model by decentralizing the electric grid. The presentation then explores how utilities may need to transform their business models to integrate high levels of renewable energy and accommodate two-way power flows on the grid from distributed energy resources.
A Smarter Customer Segmentation Approach for Utilities
Segmentation processes of yesterday no longer serve the needs of consumers. In today’s service-oriented and busy world, reaching the right energy, water or gas customer with relevant messaging is a must to change behavior or trigger action. To help utilities gain program participation, forward-thinking and predictive data analytics and customer engagement platforms provide effective processes to reach ambitious state and federal energy and water saving goals. Experience the future of customer segmentation and learn best practices to efficiently gain program participation in this session. This presentation - Improve your Energy Efficiency, Water Conservation & Low-Income Program Participation Easily with a Smarter Customer Segmentation Approach - was originally presented at CS Week 2016.
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- 1. A better path to GRID MODERNIZATION
- 4. innovate
- 6. or get left in the dark.
- 8. BUT WITH RIGHT TOOLS AND TEAM
- 9. The process can be … Fast Efficient Smarter
- 10. INTRODUCING
- 12. Powerful tools to manage large-scale grid modernization deployment. SEKOIA
- 13. Spatial Engineering GIS and 2D and 3D visualization provide real-world perspective and accuracy. Knowledge Optimization A central hub to transform how projects are designed, built and experienced. Immersive Analysis 4D perspective and deep data analysis enable enhanced scenario planning and intelligent decision making.
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Editor's Notes
- Need to look for icons for this slide.
- Eventually it would be good if this slide showed the progression of a system deployment building in flat design, but by the time it reached smarter it was 3D.