Invention : Solar Wi-Fi Lamp
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Invention : Solar Wi-Fi Lamp 1 Features Solar Wi-Fi Lamp" Invension Patent App R R Yadava
Transcript of Invention : Solar Wi-Fi Lamp
Invention : Solar Wi-Fi Lamp
1 Features Solar Wi-Fi Lamp" Invension
Patent App R R Yadava
Invention: Solar Wi-Fi Lamp
Solar Wi-Fi Lamp devices are for Outdoor applications. These provide :
• Wi-Fi based internet to Wi-Fi enabled appliances at user end
• Connectivity to internet network at core by one of the
technology amongst Wi-Fi / 3G / 4G / WiMAX etc.
• Facilitates machine-to-machine connectivity
• Works as light source at night
2 Features Solar Wi-Fi Lamp" Invension
Patent App R R Yadava
Features of “Solar Wi-Fi Lamp”
1. The Solar Wi-Fi Lamp is free from grid power, power cord, portable.
2. The Solar Wi-Fi Lamp can connect core network either of 3G/4G/WiMAX/ Wi-Fi.
3. It is free from any type of cord connectivity.
4. It can be hanged at outdoor at suitable location to get the sun power and better wireless core network signal.
5. One side it provides more antenna gain (EIRP upto 37 dBm regulatory limit) required for high speed broadband, to establish core connectivity with WiFi hub/BTS. Other side, it is closer to the premise and can establish high bandwidth connectivity to the user’s appliances over Wi-Fi.
6. “Solar Wi-Fi Lamp”, can be used to manage and operate the user’s appliances, connected with it.
7. It can be used for lighting in the night.
3 Features Solar Wi-Fi Lamp" Invension
Patent App R R Yadava
Improving Wi-Fi Coverage
Features Solar Wi-Fi Lamp" Invension Patent App R R Yadava
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Omini WiFi Hub
Low Height and so
cost effective
WiFi Devices work in Open without Solar WiFi Lamp-a
repeater
WiF
i Dev
ices
m
ay
occ
asio
nal
ly
wo
rk b
eyo
nd
5
00
M
Makes feasible Improved Broadband speed
NOFN coverage Challenges and Solution using Solar Wi-Fi Lamp
5 Features Solar Wi-Fi Lamp" Invension
Patent App R R Yadava
Solar Wi-Fi Lamp will access
the Wi-Fi Signal from hand-
held devices and connect to
distant Wi-Fi hub
Outdoor installation - for solar charging and clear Backhaul signal
Initial Wireless 3G/4G
Broadband Coverage
OFC N/W
Broadband Coverage Using 3G/4G
Initial Broadband Coverage
Dark Zone
OFC N/W
Broadband Coverage Using 3G/4G
Initial Broadband Coverage
Additional Telecom infrastructure required to partially improve the coverage
OFC N/W
Dark Zone
Initial Broadband Coverage
Dark Zone covered by Solar
WiFi Lamps
Additional Telecom infrastructure required to partially improve the coverage
OFC N/W
Saving of Telecom Infrastructure by using Solar Wi-Fi Lamps
Various Models of “Solar Wi-Fi Lamp”
Following technical models, but not limiting to, can be designed by selection of efficient low power electronic components and cost trade off.
1. 3G USB to Wi-Fi with router functionality.
2. 3G USB to Wi-Fi without router functionality.
3. LTE/4G USB to Wi-Fi with or without router functionality.
4. 3G SIM based to Wi-Fi with or without router functionality.
5. 4G/LTE SIM/smartcard to Wi-Fi with or without router functionality.
6. Wi-Fi to Wi-Fi as Wi-Fi extender/ repeater with or without user id and password authentication.
7. Wi-Fi to Wi-Fi with router functionality.
8. Wi-Fi to Wi-Fi with dual band antenna (Omni/directive) and router functionality for enhanced bandwidth.
9. WiMax USB to Wi-Fi with router functionality.
10.WiMAX USB to Wi-Fi without router functionality.
11.WiMAX USB to Wi-Fi with SIM functionality.
12.WiMAX USB to Wi-Fi without SIM functionality.
10 Features Solar Wi-Fi Lamp" Invension
Patent App R R Yadava
Features Solar Wi-Fi Lamp" Invension Patent App R R Yadava
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2015 (Y1)
2016 (Y2)
2017 (Y3)
2018 (Y4)
2019 (Y5)
2020 (Y6)
2021 (Y7)
2022 (Y8)
2023 (Y9)
2024 (Y10)
C
um
ulative
Expected Demand arise for connecting Govt. Institutions in 250000 GPs.
No. of Gov. Institutions(Th)
0.19 160 240 240 400 640 640 760 1020 900
Expected Business from GI (Rs Cr)
0.08 64 96 96 160 256 256 304 408 360 2000
Other rural demand No. of expected HH Feasible (Th)
1 871 2376 4175 6680 9082 11777 15003 17513 19686
So, Expected annual business
0.12 105 285 501 802 1090 1413 1800 2102 2362 10460
Expected Urban Demand So, Cumulative Yearly demand
45 279 693 1314 2214 2934 3852 4986 5787 6597
So, Expected urban annual business
5.4 33 83 158 266 352 462 598 694 792 3443
Total Annual Market (A+B+C) In RS Cr
5.60 202 464 755 1228 1698 2131 2702 3204 3514 15904
% Market Share and expected business 10% 0.56 20 46 76 123 170 213 270 320 351 1590
20% 1.12 40 93 151 246 340 426 540 641 703 3181
30% 1.68 61 139 227 368 509 639 811 961 1054 4771
40% 2.24 81 186 302 491 679 852 1081 1282 1406 6361
50% 2.80 101 232 378 614 849 1066 1351 1602 1757 7952
