Welcome!

News Feed Item

Hitachi Commences Demonstration Site for Japan-U.S. Island Grid Project in Hawaii

Hitachi, Ltd. (TSE: 6501, “Hitachi”) today announced that it has begun operations on the demonstration site for the Japan-U.S. Island Grid Project on Maui Island, Hawaii, in collaboration with the New Energy and Industrial Technology Development Organization (“NEDO”), Mizuho Bank, Ltd. (“Mizuho Bank”) and Cyber Defense Institute, Inc. (“Cyber Defense Institute”).

The EV Battery Charger at the Demonstration Site for Japan-U.S. Island Grid Project in Hawaii (Photo ...

The EV Battery Charger at the Demonstration Site for Japan-U.S. Island Grid Project in Hawaii (Photo: Business Wire)

The goal of this Project, which is based on an agreement between the American and Japanese governments, will be to demonstrate smart grid technologies that will enable the efficient use of renewable energy and will contribute to the implementation of a low-carbon social infrastructure system in island regions. The demonstration site has been designed to respond to the rapidly changing demands in the renewable energy market, which will be made possible through the use of electric vehicles (EV) and other innovative technologies.

The demonstration site is scheduled to be in operation from December 17, 2013, through the end of March 2015. Based on the results of analysis and evaluations, the goal of this site is to build a business model for future “Island Smart Grids” that will be built in other sub-tropical regions with environmental conditions similar to Maui.

According to Maui Electric Company, in 2012, renewable energy accounted for 21% of the total energy supply on the Hawaiian island of Maui, and current plans call for at least 40% of increased demand for electrical power throughout the entire state of Hawaii to be met with the use of renewable energy by 2030. In the backdrop of the growing adoption of renewable energy, in 2011, NEDO initiated the Japan-U.S. Island Grid Project (commonly referred to as the “JUMPSmartMaui” Project) to resolve the issues related to the use of these new energy sources. As the company with primary responsibility for this Project, Hitachi oversees all aspects of Project activities, and has been working on the construction of the demonstration site in collaboration with the Mizuho Bank and the Cyber Defense Institute, along with the state of Hawaii, the County of Maui, Hawaiian Electric Industries, Inc., the University of Hawaii, and the American national research laboratories.

In order to create a smart grid for island regions using EV, Hitachi has established an EV Energy Control Center (EVECC), and has already put in place a Distribution Management System (DMS) to control power distribution systems in the Kihei district on the south side of Maui, and the Energy Management System–Plus (EMS-Plus). The goal is to control the balance of supply and demand in electric power systems and support the efficient operations of renewable energy. These systems also incorporate the Direct Load Control (DLC) technology for the direct control of devices in users’ homes, which was introduced in order to minimize the effects of fluctuations in the supply of renewable energy.

Up until now, Hitachi has involved the public to be part of the demonstration on a volunteer basis and participate in the demonstrations primarily focused on the EV users on the island of Maui. Also, regular residents/consumers interested in participating in control demonstrations for electric water heaters installed in private residences in the Kihei area will also be involved in the demonstration.

Hitachi has also promoted the installation of rapid EV charging stations, as well as complying with American cyber security standards, in order to ensure the safety of systems operating throughout the demonstration site and throughout the duration of the demonstration project.

To date, Hitachi had already confirmed approximately 150 volunteers as users of EV, and confirmed approximately 40 residential households interested in participating in control demonstration using electric water heaters. In order to promote further demonstration, the company plans to secure 200 volunteers as EV users and 40 volunteer user households in total. Already, 20 EV charging stands have been installed at five existing rapid EV charging stations, and there are plans to establish a total of 20 charging stations in the future.

Today, an opening ceremony was held on Maui Island to coincide with the launch of the site operations. Attendees at the ceremony included Mr. Hiroshi Kuniyoshi, Executive Director at NEDO; Mr. Koji Tanaka, Executive Vice President and Executive Officer at Hitachi; Mr. Kosuke Nakamura, Managing Executive Officer at Mizuho Bank; and Mr. Makoto Kubota, President of Cyber Defense Institute. Also, Mr. Alan M. Arakawa, Mayor of Maui County, and Ms. Sharon Suzuki, President of Maui Electric Company attended the ceremony.

On-site demonstrations will use wind power generation systems and power systems installed on the island of Maui, which generate a total of 72,000 kW of power. These power systems leverage information technologies to demonstrate controls for the power distribution systems and the load on the consumer side, as well as systems for controlling EV operations and charging, including various types of rapid charging devices. Operations at the demonstration site are scheduled to continue until March 2015, and following this period, subsequent studies and discussions will be conducted for implementing new business models based on the results of these demonstrations and evaluations.

Details of the Japan-U.S. Island Grid Project on Maui Island

In November 2009, an agreement was reached during the Japan-U.S. Summit dedicated to the “Japan/U.S. Clean Energy Technology Collaboration,” and in June 2010, a “Memorandum of Cooperation (MOC) highlighting the Hawaii-Okinawa Partnership on Clean and Efficient Energy Development and Deployment” was completed by the Japanese Ministry of Economy, Trade and Industry, the U.S. Department of Energy, Okinawa Prefecture, and the State of Hawaii.

Upon completion of these agreements, NEDO completed a basic agreement with the State of Hawaii in November 2011, and completed a similar agreement with Maui County in June 2013.

Toward the realization of Island Grids that utilize EV for the more efficient use of renewable energy, Hitachi will strive to achieve integrated energy management in this island region, by linking the Distribution Management System in Kihei with the EVECC. Furthermore, EVECC allow volunteers with their PCs and smart phones to monitor the status of EV charging and automatically adjust the timing of charging startup. With this in mind, the Project will also serve to verify mechanisms for efficiently absorbing excess electric power from renewable energy sources into EV.

The Distribution Management System installed in Kihei will use the Direct Load Control (DLC) technology to stabilize power distribution systems and minimize the effects of fluctuations in power output resulting from increased ratios of renewable energy by controlling frequency support*1, rechargeable batteries, μ (micro) DMS*2 and consumer devices.

This configuration will also enable autonomous control in the low-voltage systems for distributing power to homes, commercial facilities, and other buildings through μDMS. Additionally, it will make it possible to control photovoltaic output and voltage as well as emergency load, in order to prevent transformer overload. Through this Project, Hitachi will verify the effects on the stabilization of power distribution systems achieved by linking DMS and μDMS and by implementing controls on various levels. At the same time, the Project verifies the optimal energy management strategy for the system as a whole, including Direct Load Control and reduction of frequency fluctuations.

*1 Frequency Support Control: Rapid fluctuations in output from wind power generation and other forms of renewable energy are expressed in the form of changes to the frequency of electric power systems. When frequencies appear likely to deviate from specified values, the Distribution Management System reduces frequency fluctuations by isolating non-urgent load and adjusting battery charge and discharge volumes.

*2 μDMS: As a low-level DMS installed in low voltage transformers to control entire power distribution systems, μDMS controls household devices using bidirectional communication between the DMS and the low voltage power distribution systems.

About Hitachi, Ltd.

Hitachi, Ltd. (TSE: 6501), headquartered in Tokyo, Japan, is a leading global electronics company with approximately 326,000 employees worldwide. The company’s consolidated revenues for fiscal 2012 (ended March 31, 2013) totaled 9,041 billion yen ($96.1 billion). Hitachi is focusing more than ever on the Social Innovation Business, which includes infrastructure systems, information & telecommunication systems, power systems, construction machinery, high functional material & components, automotive systems and others.

For more information on Hitachi, please visit the company's website at http://www.hitachi.com.

More Stories By Business Wire

Copyright © 2009 Business Wire. All rights reserved. Republication or redistribution of Business Wire content is expressly prohibited without the prior written consent of Business Wire. Business Wire shall not be liable for any errors or delays in the content, or for any actions taken in reliance thereon.

Latest Stories
Interoute has announced the integration of its Global Cloud Infrastructure platform with Rancher Labs’ container management platform, Rancher. This approach enables enterprises to accelerate their digital transformation and infrastructure investments. Matthew Finnie, Interoute CTO commented “Enterprises developing and building apps in the cloud and those on a path to Digital Transformation need Digital ICT Infrastructure that allows them to build, test and deploy faster than ever before. The int...
Without a clear strategy for cost control and an architecture designed with cloud services in mind, costs and operational performance can quickly get out of control. To avoid multiple architectural redesigns requires extensive thought and planning. Boundary (now part of BMC) launched a new public-facing multi-tenant high resolution monitoring service on Amazon AWS two years ago, facing challenges and learning best practices in the early days of the new service.
Niagara Networks exhibited at the 19th International Cloud Expo, which took place at the Santa Clara Convention Center in Santa Clara, CA, in November 2016. Niagara Networks offers the highest port-density systems, and the most complete Next-Generation Network Visibility systems including Network Packet Brokers, Bypass Switches, and Network TAPs.
All organizations that did not originate this moment have a pre-existing culture as well as legacy technology and processes that can be more or less amenable to DevOps implementation. That organizational culture is influenced by the personalities and management styles of Executive Management, the wider culture in which the organization is situated, and the personalities of key team members at all levels of the organization. This culture and entrenched interests usually throw a wrench in the work...
SYS-CON Events announced today that Outlyer, a monitoring service for DevOps and operations teams, has been named “Bronze Sponsor” of SYS-CON's 20th International Cloud Expo®, which will take place on June 6-8, 2017, at the Javits Center in New York City, NY. Outlyer is a monitoring service for DevOps and Operations teams running Cloud, SaaS, Microservices and IoT deployments. Designed for today's dynamic environments that need beyond cloud-scale monitoring, we make monitoring effortless so you ...
My team embarked on building a data lake for our sales and marketing data to better understand customer journeys. This required building a hybrid data pipeline to connect our cloud CRM with the new Hadoop Data Lake. One challenge is that IT was not in a position to provide support until we proved value and marketing did not have the experience, so we embarked on the journey ourselves within the product marketing team for our line of business within Progress. In his session at @BigDataExpo, Sum...
Virtualization over the past years has become a key strategy for IT to acquire multi-tenancy, increase utilization, develop elasticity and improve security. And virtual machines (VMs) are quickly becoming a main vehicle for developing and deploying applications. The introduction of containers seems to be bringing another and perhaps overlapped solution for achieving the same above-mentioned benefits. Are a container and a virtual machine fundamentally the same or different? And how? Is one techn...
Keeping pace with advancements in software delivery processes and tooling is taxing even for the most proficient organizations. Point tools, platforms, open source and the increasing adoption of private and public cloud services requires strong engineering rigor - all in the face of developer demands to use the tools of choice. As Agile has settled in as a mainstream practice, now DevOps has emerged as the next wave to improve software delivery speed and output. To make DevOps work, organization...
DevOps is often described as a combination of technology and culture. Without both, DevOps isn't complete. However, applying the culture to outdated technology is a recipe for disaster; as response times grow and connections between teams are delayed by technology, the culture will die. A Nutanix Enterprise Cloud has many benefits that provide the needed base for a true DevOps paradigm.
What sort of WebRTC based applications can we expect to see over the next year and beyond? One way to predict development trends is to see what sorts of applications startups are building. In his session at @ThingsExpo, Arin Sime, founder of WebRTC.ventures, will discuss the current and likely future trends in WebRTC application development based on real requests for custom applications from real customers, as well as other public sources of information,
China Unicom exhibit at the 19th International Cloud Expo, which took place at the Santa Clara Convention Center in Santa Clara, CA, in November 2016. China United Network Communications Group Co. Ltd ("China Unicom") was officially established in 2009 on the basis of the merger of former China Netcom and former China Unicom. China Unicom mainly operates a full range of telecommunications services including mobile broadband (GSM, WCDMA, LTE FDD, TD-LTE), fixed-line broadband, ICT, data communica...
With the introduction of IoT and Smart Living in every aspect of our lives, one question has become relevant: What are the security implications? To answer this, first we have to look and explore the security models of the technologies that IoT is founded upon. In his session at @ThingsExpo, Nevi Kaja, a Research Engineer at Ford Motor Company, will discuss some of the security challenges of the IoT infrastructure and relate how these aspects impact Smart Living. The material will be delivered i...
As software becomes more and more complex, we, as software developers, have been splitting up our code into smaller and smaller components. This is also true for the environment in which we run our code: going from bare metal, to VMs to the modern-day Cloud Native world of containers, schedulers and micro services. While we have figured out how to run containerized applications in the cloud using schedulers, we've yet to come up with a good solution to bridge the gap between getting your contain...
Apache Hadoop is emerging as a distributed platform for handling large and fast incoming streams of data. Predictive maintenance, supply chain optimization, and Internet-of-Things analysis are examples where Hadoop provides the scalable storage, processing, and analytics platform to gain meaningful insights from granular data that is typically only valuable from a large-scale, aggregate view. One architecture useful for capturing and analyzing streaming data is the Lambda Architecture, represent...
As organizations realize the scope of the Internet of Things, gaining key insights from Big Data, through the use of advanced analytics, becomes crucial. However, IoT also creates the need for petabyte scale storage of data from millions of devices. A new type of Storage is required which seamlessly integrates robust data analytics with massive scale. These storage systems will act as “smart systems” provide in-place analytics that speed discovery and enable businesses to quickly derive meaningf...