Why develop just one smart city?

India is developing a network of 99 smart cities. A core infrastructure will deliver smart solutions to an urban population of more than 99.6 million, achieving a clean and sustainable environment. This involves an investment of over $27 billion (203,172 Crore Rupees).[1] Already, 1,300 projects are underway.[2]

Central infrastructure

Seven of India’s smart cities are in Madhya Pradesh, the central province which is home to over 75 million residents. A cloud-based infrastructure project will link those cities to an Integrated Control and Command Centre (ICCC).

The ICCC also serves as a disaster recovery center. It stores information from city operation centers and provides business intelligence tools to analyze and manage that information. In doing this, it serves as a vital, single source for reliable data.

Smart sensors from across Madya Pradesh bring data to the ICCC in digital, text, audio, or video formats. There it can be correlated for real-time and offline access. GIS-based incidents can be visualized. These capabilities enable intuitive workflow management and support detailed historical recordkeeping and archiving.

The modular, configurable architecture of ICCC applications is adaptable for emerging technologies. Advanced cybersecurity has been built into the design.

International collaboration

Madhya Pradesh is sharing these achievements through international agreements. One recent example is the Memorandum Of Understanding (MOU) with the University of Central Florida (UCF). The agreement provides for cooperation on research, academic, and sustainability projects. These are intended to advance smart cities as well as energy technologies.[3]

Related agreements are in-progress. One will be between India’s National Institute of Solar Energy (NISE) and the Florida Solar Energy Center (FSEC) at UCF. That would train NISE personnel and enable collaborative research. Another agreement would facilitate smart cities collaboration between the City of Orlando and the State of Madhya Pradesh.

An onsite perspective

Having signed the agreement, UCF has already proceeded with the international dialog. Five delegates recently visited Madhya Pradesh.[4] Four were from the university. As Community Representative (and ecoPreserve’s Director of Programs), I was the fifth delegate.

The 10-day UCF delegation visit included a firsthand look at the ICCC, and learning more about projects like these examples being done in Smart Cities Bhopal and Indore:

BHOPAL PROJECTS[5]
  • Bio Gas Plant
  • Bhopal Smart Parking
  • Public Bike Sharing System
  • Solar City Bhopal
  • Smart Pole and Intelligent Streetlight project
  • Intelligent Transport Management system
  • Bhopal City GIS
  • Bhopal Plus APP
INDORE PROJECTS[6]
  • Real-time air quality monitoring
  • Safety design improvements to intersections
  • Smart parking
  • Intelligent Transport System
  • Battery-operated e-rickshaw
  • 85% built-up to be green buildings
  • Rooftop solar power plants generating 25% of energy demand
  • Rainwater harvesting and reuse
Bhopal India

Bhopal

Bhopal India

Indore

Mital Hall

Mital Hall

Vice President at ecoPreserve
As ecoPreserve Vice President, Mital leads all sustainability projects for new and existing buildings. She has more than 15 years of experience in sustainable and Smart Cities development, including work with universities; federal, state and local governments; and businesses. Her skill set includes strategic planning, sustainable process improvement, reporting, third-party green building certifications, ISO compliance, and energy efficiency program administration.
Mital Hall

@ecopreserve

We empower organizations to reduce environmental impact, improve efficiency, and improve quality of life.
Remote work is not always possible., but an estimated 56% of jobs in the U.S. are at least partially compatible wit… https://t.co/Mz8U0J2tKL - 6 days ago

You may also like...

Here's how to request further information. Thank you for reaching out!

Facility Condition Report

The report is prepared in accordance with the recommendations of ASTM E2018-15, Standard Guide for Property Condition Assessments. This is a partial list of contents:

  • PHYSICAL CONDITION
    • General condition of the building, grounds, and appurtenances
    • Physical deficiencies, their significance, and suggested remedies
    • Photographs
    • Safety issues observed
  • INFECTIOUS DISEASE SPREAD POTENTIAL
  • OPPORTUNITIES
    • Potential operating efficiencies
    • Electricity and water use reductions
    • High-efficiency interior and exterior lighting
  • ORDER OF MAGNITUDE RENOVATION BUDGET
    • Recommended interior finishes
    • Construction costs

Risk Mitigation Improvements

  • IAQ
    • Airflow
    • Temperature and humidity
    • Vertical transportation (escalators and elevators)
  • HVAC EQUIPMENT
    • Settings
    • Conditions
    • Capability
    • Filtration
  • FLOORPLAN
    • Traffic patterns
  • FURNISHINGS
    • Placement for social distancing
    • Clear barriers where social distancing is not possible

Interior Elements

  • Foundation
  • Building frame and roof
  • Structural elements
    • Floors, walls, ceilings
    • Access and egress
    • Vertical transportation (escalators and elevators)
  • HVAC equipment and ductwork
  • Utilities
    • Electrical
    • Plumbing
  • Safety and fire protection

Grounds and Appurtenances

  • Façades or curtainwall
  • Topography
  • Storm water drainage
  • Paving, curbing, and parking
  • Flatwork
  • Landscaping
  • Recreational facilities
Here's how to request further information. Thank you for reaching out!

AWARE of CDC and NIH guidelines

The Baseline Property Condition Assessments described in ASTM E2018-15 do not specify consideration of infectious disease transmission concerns. In a pandemic and post-pandemic environment, that inspection and documentation is essential.

Buildings open to the public must comply with local regulations. For best results and greatest public acceptance, any planning for building repairs and maintenance should not overlook current CDC and NIH guidelines.

Optionally, ecoPreserve's can assist with a comprehensive GBAC STAR™ Accreditation which extends beyond the building to include the goals, actions, equipment, and supplies needed to implement best practices for outbreak prevention, response, and recovery.

An OPTIMIZED Assessment

Certified Sustainability Consultants on a facility assessment team can discover ways to lower energy costs. Their understanding of HVAC equipment suitability and condition along with the specifics of LED lighting retrofits can provide offsets for needed investments in upgrades and replacements.

Knowledge of water systems can bring further savings while averting water waste. It can all be part of an assessment which might otherwise overlook water fixtures and irrigation schedules.

How should a facility be ASSESSED?

A thorough facility assessment finds the issues - on the surface or below - which have a potential negative impact on the building. That brings the facility to meet building codes. Beyond that, the assessment proactively addresses the deficiencies not covered by code.

The occupants of a building benefit as the assessment reveals conditions having a potential impact on their health or safety. The assessment must not overlook those conditions, nor fail to consider the frequency and duration of occupant visits.