India's Smart Cities Mission Spurs Domestic Manufacturing


Reading time ( words)

In 2015, India’s Prime Minister Narendra Modi created the Smart Cities Mission Program, which is an urban improvement initiative. 100 Indian cities were selected to participate in the project after a competitive process that compared funding with each city’s individual ability to comply with the program and reach its goals. The mission aims not only to improve city amenities and services throughout India, but also to prepare for an urban population explosion that’s expected to render huge growth in Indian cities in coming decades. This growth has already begun—an estimated one million people move into urban areas throughout India every single month.

New Smart Cities Projects Fuel India’s Manufacturing Demand

The initiative’s main goal is to improve the quality of life for citizens on a city level. This includes improving public and private transportation, creating energy-efficient public structures, protecting the environment, and improving local government services. The initiative lays special emphasis on creating self-sustaining modern development that will allow for a high population to live well with access to modern technology and renewable energy. Below are examples of how technology has been used for these projects:

  • Handling Emergencies: Developing flood monitors and emergency notification systems to provide better emergency response solutions and times.
  • Improving Transportation: Implementing systems for public transportation tracking, such as online monitoring and GPS-guided vehicles, to improve traffic and reduce accidents.
  • Monitoring Air Quality: Tracking local air quality to prevent exposure to harmful pollutants.
  • Protecting Property: Using GPS devices installed in public structures, like garbage cans and lighting fixtures, to record data and send it to a city hub for surveillance.

As of May 2018, more than 1,000 projects had either begun or been fully completed at a local level, with a net worth of more than $7 billion (506 billion rupees). This program has opened new opportunities for India’s manufacturers with the need for new technologies and amenities, especially ones that incorporate IoT (Internet of Things) applications. Businesses in India now have the ability to branch into new avenues, partnering with companies in technology, engineering, and construction. Partnerships with Indian companies are also prioritized and city employment has increased.

The Need for Smart Cities and IoT Technology Expands

By 2025, 34 cities worldwide will have a population of more than 10 million people. To handle this growth, smart cities using IoT applications are being developed around the world. This technology generates data to help cities use their resources more efficiently.

Presently, Asia-Pacific is the region accounting for the largest share of spending in smart city and IoT development. China's government has already selected over 200 cities to initiate smart city projects. Europe also strives to have 300 smart cities by next year, spending at least €1 billion; 78 cities in Europe have already undertaken smart city development. And in the United States, $41 trillion will be invested over the next 20 years to upgrade city infrastructure by increasing the use of IoT applications.

Syrma Manufactures Smart Products for Smart Cities 

Syrma is excited about the growth of smart cities worldwide and the creation of IoT applications. The company recently created eco-friendly inverter controller boards for air conditioners that reduce normal power consumption up to 50%, as well as designed printed circuit boards for internal pollution monitors that are used to control pollutants emitted within power facilities, and power supply enclosures that ensure extended electrical availability in remote areas.

Syrma has also started making and co-creating products for smart street lighting, solar power systems, and garbage collection, hoping to contribute its engineering expertise to create new products that will benefit humanity and the environment.

Share


Suggested Items

3D Printing and Medical Electronics: A Disruptive Beneficial Technology

12/11/2018 | Dan Feinberg, Technology Editor, I-Connect007
We are seeing significant advances and increased uses for 3D manufacturing in medicine—many more than 3D-printed and conductive circuits on device structural components. There is enough movement in this area that 3D additive fabrication in medicine—including but not limited to 3D-printed circuits—has become its own topic, and one that we will be watching and continuing to cover.

What's the Scoop? APEX CFX Showcase

05/03/2018 | Philip Stoten, Scoop
The IPC Connected Factory Exchange (CFX) demo at the recent IPC APEX EXPO 2018 trade show in San Diego, California, is a great example of industry collaboration. The CFX Showcase at APEX had 245,000 CFX website page views; 701,200 CFX messages transmitted; and 664.5 million bytes of data exchanged; and the whole thing was pulled together in a matter of weeks. Here's what the participants in the program have got to say.

RTW IPC APEX EXPO: COMET Technologies Highlights Product Range and New Facility

03/12/2018 | Real Time with...IPC
Craig Arcuri of COMET Technologies details the numerous ways his company's technology is employed to manufacture and inspect a wide range of products, from chips to jet engine turbine blades. He also speaks about Lab One, the company's new technology and application center in Silicon Valley.



Copyright © 2018 I-Connect007. All rights reserved.