Knowledge Partnership for Transforming Lives by Technological Excellence GREEN POWER & BROADBAND CONNECTIVITY FOR RURAL AREAS WITH REMOTE SITE MANAGEMENT

1. GREEN POWER & BROADBAND CONNECTIVITY
FOR RURAL AREAS
WITH
REMOTE SITE MANAGEMENT

2. INTRODUCTION
 Power Generation in Rural Areas using Renewable Sources of Energy
 Use of Indian Government initiative “National Knowledge Network”
 Installation of Solar and Wind Power Systems
 Remote Access for Installed Systems
 Minimum environmental impact of systems
 Grid Layout for Power Systems

3. What’s the plan?
 Helping small and medium sector enterprises to source the best suited
technology, arranging their fund requirement, handling manpower issues
and meeting with authorities for regulatory licenses and approvals.
 Wind and solar generation technology in the rural areas would bring lives
into the mainstream and quality of living is improved. Many jobs would be
created.
 When electricity is affordable and available, ITeS would connect them to
the outside world and let open opportunities to give more innovative ideas
for making this world a better place.

4. Options – Solar / Wind / Hybrid
 Hybrid lighting systems are self-sufficient, standalone solutions that do
not require the construction of costly mains grid electricity supply
infrastructure nor the burden of their associated operating expenses.
 The systems are ideal solutions for many applications in cities and rural
areas, providing lighting to enhance security and safety.
- Wind turbine with 15 years maintenance
- Solar module with 25 years maintenance
 System benefits
Ecologically sound
Clean renewable energy
Reduction of carbon footprint
Low Maintenance
Enchance neighborhood security
Cost effective long term lighting solutions

5. Broadband Connectivity / “WiSo” Base-Station
 Low power radios, systems and network design, and off-grid renewable energy sources
are combined to create an affordable yet powerful wireless network capable of delivering
high bandwidth content and services.
 “WiSo” base stations are low power autonomous units, powered by a combination of
renewable sources.
 Due to the number of subscribers and selection of radio equipment, a larger power
consumption is fed by the used of solar tracking and a large 200 W rated wind turbine.
 Each base station hosts multiple radio interfaces to service different requirements..
 The base station electronics are divided into two subsystems: the renewable power
system and the radio payload.

6. DEPLOYMENT VIEW
Village 1
Village 2
Village 3
Solar/Wind
System
Solar/Wind
System
Solar/Wind
System
Sub
Grid
Sub
Grid
National
Grid /
Telecom
Network
Remote Connection over Internet
Wired Connections

7. COST OF THE SYSTEMS
1 KW Solar Power =
Rs. 3,50,000 – 4,00, 000
1 KW Wind Power =
Rs. 2,00,000 to 2,20,000
1 KW Wind and Solar
Power Hybrid =
Rs. 2,40,000 to 2,70,000
Revenue Streams
1. Venture capital financing
2. Low interest government bank and industrial bank loans.
3. Support through non-governmental organizations.
4. Support from key technology suppliers and ITeS providers.

8. Benefits
 Usage of Renewable Sources of Energy
 Grid Layout helps to reduce Transmission and Connectivity Cost
 Remote Management of Power Systems
 Rural Electrification & Semi – Skilled Rural People Employment
 Less Recurring Capital Expenditure
 Minimum environmental impact

9. OUR TEAM
Mr. K V N Pawan Kumar
He holds a Bachelors in Technology from a
prestigious university in Delhi. Pursuing
Masters in Consulting Management from
BITS Pilani. Currently working with Power
Grid Corporation of India. He is working on
the Power System side of this venture
Shashank Narain Mathur
He holds a Bachelors in Technology from a
prestigious university in Delhi. Pursuing
Masters in Consulting Management from
BITS Pilani. Currently working with Ericsson.
He is working on the Remote Management
side of this venture