The project implemented in collaboration with DEWA, Expo 2020 Dubai, and Siemens Energy, is the first solar-driven green hydrogen-producing facility.
The great event that drives the reconversion and socioeconomic reactivation of Latin America!
12 years in Smart Cities I am thinking very different about the topic. Leaving technologies behind and moving into the most important element – People!
Ling Yiqun pointed out that the oil refining business is Sinopec’s advantageous industry and a vital part of its production and operation.
The contract includes the provision of planning and control systems for the 130 km long 380kV grid reinforcement and grid expansion project.
The switch to a more energy-efficient form of street lighting in Christchurch is saving ratepayers over $1.5 million a year in electricity.
One of the most important and sustainable construction projects of the OBB is currently underway in the Pinzgau Stubach Valley.
A city with zero net energy consumption, meaning the total amount of energy used by the city on an annual basis is roughly equal to…
The meeting was attended by 9 Chinese oil, gas, and energy companies with total revenues of over $ 850.5 billion.
Eni and CPC Corporation, Taiwan reached an agreement for the delivery by Eni of a carbon-neutral LNG cargo to CPC Corporation, Taiwan,…
Big data refers to the collection of data sets that are so large and complex that it’s difficult to capture, transfer, store, process, and…
For the future of our country, we need innovative business ideas, with which it is now a matter of getting started together and mastering…
Trends in Smart City Development report cites no fewer than 17 systems, some of which are already common in some cities and the others.
Siemens Limited and Tata Power Delhi Distribution Limited (Tata Power-DDL) jointly announced the successful deployment of Smart Metering.
The City 2.0 reimagines the future. The abundance of Energy, Aesthetic look, Parks, Places to Socialize, Urban Gardening, Experience of Life.
The CIO is responsible for collecting the city’s information, and making it available to decision-makers, residents, and partners.
The universal genius in human history & the patterns for the construction of the entire Universe.The celebrated systems thinker…
The state of Green is a not-for-profit, public-private partnership from Denmark. We foster relations with international stakeholders…
Smart Cities requires integrated management of the economic, social, and infrastructure aspect of urbanization with the use of advanced…
Using innovative Internet of Things (IoT) and machine-to-machine (M2M) communication solutions, city executives can help improve…
Services that municipalities provide depend partly on the size of the town or city but typically include a school system, police and fire…
Build resilient infrastructure, promote inclusive and sustainable industrialization, and foster innovation – the 9th Development Goal
The Strategic Plan gives detailed descriptions of various possibilities for cooling urban heat islands. In addition, it contains precise…
Urban settlement structures differ significantly from the surrounding rural areas in many respects, including climatic factors such…
Generic term for different types of primary food production in urban conurbations and their immediate hinterland…
Upcycling is the process of transforming waste products or (apparently) useless materials into brand new products. As opposed to…
Combines spatial planning and energy planning disciplines to ensure a stable, efficient, and environmentally sustainable energy supply.
(SGI/SGEI) Prudent and reliable provision of public goods and services that entail a special responsibility for the community at large.
This term defines energy sources that are constantly renewed or replenished and hence are permanently available. Renewables include sunlight
Nearly-zero-energy buildings are characterized by very low energy requirements, with a considerable share of these requirements covered…
Internet of Things (IoT) is a generic term for a network of infrastructures, devices, and other objects that can interact with one another…
Heat pumps take heat energy from water, the ground, or the air, bring it to a usable temperature, and transfer it into heating or hot…
Grey energy refers to the (considerable) amounts of energy consumed (and the respective “grey” CO2 emissions produced) over the entire…
Final energy is the energy generated from converting primary energy sources, such as coal, lignite, crude oil, natural gas, hydropower,…
A sustainability indicator that shows the amount of land needed to support an individual’s lifestyle in terms of food, consumer goods…
Since demand for district heating is lower in the warm months of the year, redundant waste heat is fed through large, environment-friendly…
Also known as Smart building technology or Building automation. Building technology refers to equipment used to control and regulate…
The utilization of the natural heat found beneath the earth’s surface at depths of between 400m and several thousand meters.
The City Council adopted the first KliP Vienna back in 1999, to run until 2009. The sequel, KliP II, runs until 2020…
The legislative package agreed by the EU comprises a series of key energy and climate policy regulations: a new version of…
Carbon-neutral or climate-neutral actions and processes cause no greenhouse gas (carbon) emissions or the emissions they produce…
This program implementing concrete measures to mitigate overheating in the summer months as provided in the Urban Heat islands.
Mandelbrot discovered to science the harmony of chaos. It was these rules and patterns that the brilliant scientist, theorist, and…
All items and devices sending data from households can be infinite and so this calls for the design of smart living solutions.
Quantum physics and its main theories – quantum mechanics and quantum field theory – were created in the first half of the 20th century…
Ensure access to affordable, reliable, sustainable, and modern energy for all is the seventh goal in the set of goals presented by the UNO.
The Sustainable Development Goals (SDGs), also known as the Global Goals, were adopted as a universal call to action to protect the planet.
Schumann Resonance as a phenomenon is a relatively trivial physical phenomenon and very easy to understand…
Producing things, we need some tangible and intangible materials. Primary and secondary production factors of global innovation industries.
Planck was interested in both the humanities and the natural sciences and seriously considered philology. Besides this, his two other…
Recognition for exemplary effort is now more prevalent than ever. States and organizations seek out and reward public agencies for visionary..
The state-of-the-art platform will allow scientists across the STFC theory community to drive forward world-leading research of the universe.
Energy use in-network operation remains a priority for Ericsson and its Smart Cities customers. In addition, Ericsson’s research shows…
ENGIE Axima, ENGIE Cofely, ENGIE Ineo, and ENGIE Réseaux, ENGIE Solutions is the trusted partner in the carbon-neutral transition.
Inside was an IBM Quantum System One—which until now had only existed in IBM’s New York-based data center.
Siemens Gamesa will deliver SG 14-222 DD offshore wind turbines to all three wind power projects of Hai Long.
Waste management, digital kiosks, smart streetlights, security systems, air quality systems, and open data initiatives.
Quantum computers promise to run calculations far beyond the reach of any conventional supercomputer. They might revolutionize…
In most cases, zero-emission buses are made with fully electric motors, although laboratories experiment with hydrogen engines in operations.
Green economy theory is based on the understanding that it is impossible to infinitely satisfy ever-increasing needs of limited resources.
JinkoSolar’s Tiger N-type modules use proprietary TOPCon cell technology and new-generation welding and encapsulation technology to significantly improve module efficiency.
$103.3 million towards three commercial-scale renewable hydrogen projects, as part of its Renewable Hydrogen Deployment Funding Round.
The new photovoltaic system will generate an average of around 66,000 kilowatt-hours of electricity per year.
Тhe wealth of initiatives in the dynamic socio-economic, technical, and policy environment in the EU of Smart City characteristics.
The supercomputer will help improve European scientific research and foster innovation by providing access to state-of-the-art.
The goal is to build a competitive quantum computer in Germany within the next five years and to create an associated ecosystem with potential users.
Solar energy may jump up to an entirely new level by 2035, as we may see aerospace engineers harnessing the Sun’s power from Space.
Amsterdam Smart City realized through a partnership among businesses, authorities, research institutions, and the people.
Smart City Cluster (ESCC) is designed to create an innovative environment in cities that will boost companies together with businesses.
Smart Cities Council envision a world where digital technology and intelligent design. Sustainable high-quality living and high-quality jobs.
A portfolio of smart software, services, meters, and sensors helps our customers better manage energy and water for the people they serve.
Solutions include free Wi-Fi at the Innovation Hub, Interactive totems, Nowcasting weather forecasting technology, and SOS devices.
This technology will make it possible to explore other hydrogen applications, such as injection into the natural gas grid to decarbonize space heating.
The cost to produce and distribute Hydrogen from clean energy sources is expected to fall by as much as 50% over the next decade.
If such a car were driven four days a week for a maximum of 50 kilometers each day, it wouldn’t need charging by Toyota.
At Verizon, the goal is to improve the quality of life for people in smart cities around the world and increase efficiency in operations.
Deloitte’s A 360-degree smart city looks across every aspect of a city’s operations and uses technology to improve outcomes.
EY smart city initiative considers needs of its people and stakeholders. While data drive efficiencies, to maximize needs of stakeholders.
The city of the future is networked, tuned in to the environment, livable, and interesting from an economic point of view.
A new framework developed by ON Semiconductor and Avnet to help OEMs more rapidly develop end-to-end Internet of Things (IoT) devices.
Fujitsu to sell AutoGrid FlexTM solution to maximize use of distributed energy resources
Fujitsu Limited, Autogrid Systems, Inc.
The world added more than 260 gigawatts (GW) of renewable energy capacity last year, exceeding expansion in 2019 by close to 50 percent.
Atos Smart Cities incorporates Information and Communication Technology (ICT) into the city’s fabric for better citizens’ experience.
Pune Smart City has come up with five strategic requirements to fix core urban infrastructure and make it “future-proof.”
Buildings are a core component of Schneider Electrics smart city. From dining, shopping, and sleeping to learning, working and recovering.
SAP Smart City concept says that government and the companies that serve the city’s citizens must undergo their own changes to keep up…
Samsung C&T’s Smart City will employ eco-friendly technologies to reduce energy loss and achieve energy independence.
Solar in Singapore monitors efficiency transformers in real-time with digital solutions…
Abu Dhabi National Energy Strategic Plan 2030 at its core the global energy transition…
Sustainable development goals framework – The 2030 Agenda for Sustainable Development, adopted by all United Nations Member States in 2015.
New technology of energizing smart cars could help to change that in the future. One point to note entails the use of drones.
A distinguished panel of chief innovation, information, and data officers to share their top tips.
Smart City business issues are driving investment in emerging technologies such as analytics, artificial intelligence, the IoT,…
This requires a deeper, broader approach to technology—one that fuels innovation and provides scalability to address future demands.
Cities of the Future powered by the Cloud Cities in the cloud have to benefit all. Get the technology and the support you need to realize your vision. Internet of Things (IoT) and Cyber-Physical Systems (CPS) involve connecting smart devices and systems—in diverse sectors such as transportation, energy, manufacturing, and healthcare—in fundamentally new ways. These […]
IBM’s Smart Cities management key functions: city services, citizens, business, transport, communication, water, and energy.