• Latest
  • Trending
  • All
Wireless Electricity: The Future of Power Transmission in Smart Cities

Wireless Electricity: The Future of Power Transmission in Smart Cities

April 29, 2025
From Skies to Space: How India’s Aerospace Startups are Redefining Innovation

From Skies to Space: How India’s Aerospace Startups are Redefining Innovation

April 29, 2025
Copper Boom: Unlocking India’s Potential in the Global Green Economy

Copper Boom: Unlocking India’s Potential in the Global Green Economy

April 29, 2025
Project & Profile
Smart Energy Storage: How India is Powering the Future of Electric Mobility

Smart Energy Storage: How India is Powering the Future of Electric Mobility

April 29, 2025
The Rise of Bioenergy: Can India Lead the Next Renewable Energy Wave?

The Rise of Bioenergy: Can India Lead the Next Renewable Energy Wave?

April 29, 2025
How can organizations foster cultures that prioritize the customer experience? 

How can organizations foster cultures that prioritize the customer experience? 

April 29, 2025
Self-Cleaning Clothes: The Nanotechnology That Could End Laundry Forever

Self-Cleaning Clothes: The Nanotechnology That Could End Laundry Forever

April 29, 2025
Recyclable Smart Fabrics: The Future of Sustainable Fashion Tech

Recyclable Smart Fabrics: The Future of Sustainable Fashion Tech

April 29, 2025
Neurotechnology and Brain-Computer Interfaces: The Future of Healthcare

Neurotechnology and Brain-Computer Interfaces: The Future of Healthcare

April 29, 2025
Metaverse and Fashion: How Digital Avatars are Changing the Industry

Metaverse and Fashion: How Digital Avatars are Changing the Industry

April 29, 2025
AI-Designed Fashion: How Machine Learning is Creating Custom Apparel

AI-Designed Fashion: How Machine Learning is Creating Custom Apparel

April 29, 2025
Are We Prepared for Safer, Cleaner Nuclear Energy with Next-Gen Nuclear Reactors?

Are We Prepared for Safer, Cleaner Nuclear Energy with Next-Gen Nuclear Reactors?

April 29, 2025
AI-Powered Smart Grids: How They Are Preventing Power Blackouts

AI-Powered Smart Grids: How They Are Preventing Power Blackouts

April 29, 2025
  • About
  • Advertise
  • Privacy & Policy
  • Contact
Wednesday, May 21, 2025
  • Login
Entrepreneur India Blog
  • Home
  • About
  • Books
  • Business Ideas
  • Contact
No Result
View All Result
Entrepreneur India Blog
No Result
View All Result
Home Electronic Industries

Wireless Electricity: The Future of Power Transmission in Smart Cities

by Entrepreneur Team
April 29, 2025
in Electronic Industries
0
Wireless Electricity: The Future of Power Transmission in Smart Cities
493
SHARES
1.4k
VIEWS
Share on FacebookShare on Twitter

Everything in this digital age is wireless, and by that we mean communications, the internet, and wireless electricity. But picture a city without wires for power to appliances and charging electric vehicles or even running home appliances. Sounds perfectly like a sci-fi movie. This is the future of wireless electricity, and smart cities will soon make this into reality. 

What Is Wireless Electricity? 

Wireless electricity means powering devices without physical wires by transferring electrical energy through electromagnetic fields. Power stations send energy directly to receivers—such as appliances or devices—without the need for cables. This technology, long under development, has recently advanced significantly, making real-world applications more practical than ever.

The most common methods to use wireless power are based on 

  • Inductive coupling (as in wireless phone chargers) 
  • Resonant inductive coupling 
  • Radio frequency (RF) transmission 
  • Laser-based power beaming 

Every one of these has its advantages and is best suited for different use cases ranging from small handheld electronics to large infrastructures for the city. 

Also read: Discover the Leading Industrial Hub of Jharkhand.

Why do these smart cities need wireless power? 

Smart cities utilize smart technologies to improve citizen experiences in cities as smart cities depend on sensors, data, and automation to address issues of traffic, waste, energy, and water. Millions of devices and systems are being interlinked; hence, the efficiency, reliability, and flexibility requirement to empower such devices grows increasingly high. 

Benefits of wireless electricity for smart cities: 

1. Cleaner and Safer Environment 

This makes it possible to recharge electric devices without wires and eliminates the possibility of wire accidents associated with charging, causing a lot more clutter and going towards clean-looking, organized cities. 

2. Flexibility in Infrastructure 

Smart cities are new cities that are being built all the time; buildings, roads, and public spaces are frequently developing. A wireless power system allows easy adaptation and upgrading while creating the least disruption in doing so. This is the fastest determining factor for the development and lower maintenance costs. 

3. Powering Areas Away from the Central Cities 

Power sector incursions are some of the obstacles to smart cities. In different cities, some very impossible places can be installed with power lines, such as underground tunnels, crowded streets, and historic buildings. Wireless electricity is probably the best way for these areas because it does not even destroy that infrastructure to deliver power to them. 

4. Regarding Kept Electric Mobility on the Move 

Electric mobility will be a major part of future smart cities. With a wireless charging solution, EVs would be charged from their parking spots or at least while on the move via specially designed highways. It would significantly lower the charge time and increase the convenience of owning an EV.

Read our Blog: Navigating the Wire and Cable Manufacturing Industry

How Do Power-Wireless Systems Function For City Application?

In a smart city, wireless electricity is envisioned to perform different jobs. A few examples include

  • Public charging: People can use parks, bus stations, or cafes to charge their laptops, cell phones, or scooters.
  • Smart streetlights: They can use wireless electricity to automatically dim or brighten based on traffic flow or weather conditions, enhancing energy efficiency and safety.
  • Home and office devices: Appliances and devices can run without plugging in, making homes cleaner and energy-efficient.
  • Dynamic EV charging uses wireless technology embedded in roadways to power electric vehicles while they are in motion, reducing the need for frequent stops and large batteries.

Company and City Examples Showing Wireless Power in Action

  • Wireless power technologies are already being tested or implemented in several cities and companies: 
  • Oslo in Norway: The city is testing wireless charging pads for electric taxis, which park over the pads and charge while waiting for passengers. 
  • South Korea: Some roads carry embedded wireless charging systems to power buses while on the move.
  • WiTricity and Energies: These companies are developing wireless power for home appliance, automotive, and medical device applications.
  • Disney Research has created a room capable of wirelessly charging a device regardless of where it is in the room.

These projects demonstrate the fact that wireless electricity is no longer a theory but is actively being tested and used in varying regions across the world.

Read similar Blogs: Startup Policy in Jharkhand: Boosting Manufacturing Businesses.

Challenges of Wireless Electricity

The possibilities for wireless electricity do present several challenges:

1. Energy Loss

Transmitting electric wires wirelessly may incur more energy loss than when used with wires. Engineers are developing ways to make this more efficient with further development so that it can match conventional means.

2. Costs

Installing wireless power systems can add some cost. The technology, infrastructure, and research need serious investment. However, with the technology coming into wide use, prices are expected to go down. 

3. Safety and Health Concerns

People have raised concerns about how safe it is to live near wireless power systems. So far, studies have shown that there is safety when these systems are well-designed, but longer-term studies are necessary. 

4. Compatibility

Not all devices can work using wireless electricity. The production of devices compatible with wireless power networks by companies shall enable cities to implement it fully.

Forecast for the Future: What to Expect?

Analysts agree that as technology evolves, wireless power systems will also become more efficient, cheaper, and widespread: 

  • Wireless Homes: Devices, lights, and appliances operate without a single wire.
  • Smart Roads: Roads charge cars, power traffic systems, and provide real-time connections to smart city data.
  • Integration of Green Energy: Solar or wind energy generated anywhere can be collected and transmitted wirelessly to homes and buildings.
  • Wireless Power Grids: Whenever there are emergencies that require ancillary power, wireless solutions would come to the aid. 

Governments, private enterprises, and academics are doing their best to make these visions and concepts come to life. With smart city initiatives on the rise and the demand for cleaner energy, wireless electricity will be an important part of urbanity in the future.

Closing thoughts

Wireless energy is more than an innovative way to switch on any device; it is about the cities of the coming generation. It means less polluted areas, flexible infrastructure, and easier convenience of lives. Some challenges remain, but the positive aspects far outweigh the negatives. 

Tags: Manufacturing StartupsSocial InsightStartups
Share197Tweet123
Previous Post

Are We Prepared for Safer, Cleaner Nuclear Energy with Next-Gen Nuclear Reactors?

Next Post

AI-Designed Fashion: How Machine Learning is Creating Custom Apparel

Entrepreneur Team

Entrepreneur Team

Next Post
AI-Designed Fashion: How Machine Learning is Creating Custom Apparel

AI-Designed Fashion: How Machine Learning is Creating Custom Apparel

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

Contact Us

    Categories

    • Agrochemicals (Pesticides, Fungicides)
    • Alcoholic and Non-Alcoholic Beverages
    • API (Active Pharmaceutical Ingredients)
    • Automotive Coatings
    • Ayurvedic and Herbal Drugs
    • Bakery and Confectionery Products
    • Biodegradable Plastic Bags
    • Biodegradable Products
    • Biofertilizers and Biopesticides
    • Biotechnology
    • Butter and Ghee
    • Cakes and Pastries
    • Carton Boxes and Corrugated Sheets
    • Cement and Concrete Blocks
    • Chemical Projects
    • Compostable Packaging
    • Construction & Building Materials
    • Cosmetic and Beauty Products
    • Dairy Farming
    • Dyeing and Printing Units
    • E-Waste Recycling
    • Electronic Industries
    • Essential Oils
    • Essential Oils
    • Herbal and Natural Cosmetics
    • Herbal Powders
    • Herbs and Herbal-Based Products
    • Hospitality Sector
    • Industrial Chemicals
    • Industrial Wastewater Treatment
    • Iron and Steel industry
    • Lithium-Ion Battery Manufacturing
    • Livestock Farming
    • Manufacturing
    • MDF (Medium Density Fiberboard)
    • Medical Sector
    • Milk & Dairy Products
    • Nutraceuticals and Dietary Supplements
    • Organic Waste Composting
    • Packaged Drinking Water
    • Paints Industry
    • Plastic Waste Recycling
    • Renewable Energy Sector
    • Skin Care Products (Creams, Lotions)
    • Solar Panel Manufacturing
    • Stained Glass
    • Textile Industry
    • Tiles and Ceramic Products
    • TMT Bars
    • Uncategorized
    • Warehousing for E-commerce
    • Waste Management and Recycling
    • Water Industry
    • Water Purifiers and Filters
    • Wood and Wood Products
    • Wooden Furniture
    • Trending
    • Comments
    • Latest
    Empowering Indian Enterprises

    Empowering Indian Enterprises: The New MSME Definition Explained (2025)

    April 2, 2025
    Banana powder manufacturing process in India

    Profitable Banana Powder Manufacturing Business

    March 25, 2025
    Freshly harvested moringa leaves ready for powder production in the farm

    How Moringa Farming and Powder Production Can Be Profitable

    March 24, 2025
    A plastic waste recycling facility with conveyor belts carrying multicolored plastic waste for processing into valuable granules. Industrial setting.

    Plastic Waste Recycling

    2
    Solar Panel Manufacturing: Powering the Future of Clean Energy

    Solar Panel Manufacturing: Powering the Future of Clean Energy

    0
    India's Thriving Condom Manufacturing Industry

    Revolutionizing Safe Sex: India’s Thriving Condom Manufacturing Industry

    0
    From Skies to Space: How India’s Aerospace Startups are Redefining Innovation

    From Skies to Space: How India’s Aerospace Startups are Redefining Innovation

    April 29, 2025
    Copper Boom: Unlocking India’s Potential in the Global Green Economy

    Copper Boom: Unlocking India’s Potential in the Global Green Economy

    April 29, 2025
    Smart Energy Storage: How India is Powering the Future of Electric Mobility

    Smart Energy Storage: How India is Powering the Future of Electric Mobility

    April 29, 2025
    Entrepreneur India Blog

    Copyright © 2025 Entrepreneur India

    Navigate Site

    • About
    • Advertise
    • Privacy & Policy
    • Contact

    Follow Us

    Welcome Back!

    Login to your account below

    Forgotten Password?

    Retrieve your password

    Please enter your username or email address to reset your password.

    Log In
    No Result
    View All Result
    • Home

    Copyright © 2025 Entrepreneur India