Rooftop Solar for Homes in Bhubaneswar, Odisha

Solar street light

Semi-integrated solar street lights. An external solar module powers one luminaire: LEDs at the front underside, with the LiFePO₄ battery and charge controller inside the rear compartment.

Housing layout

Front underside LEDs; rear internal LiFePO₄ battery and controller

LED range

20, 30, 36, 40, 50 and 60 W per light

Solar module

Monocrystalline: 75–165 Wp, matched to the selected light

LiFePO₄ battery

12.8 V; 18–60 Ah, matched per model

Warranty

5 years for the semi-integrated range; coverage follows the quotation

Configuration is selected for your site. Request the model-specific datasheet. Compare LED, battery and panel options. MNRE technical references (opens in a new tab).

Solar high mast

Solar high mast lighting with two to six semi-integrated LED luminaires on one galvanized pole. Each light has its own external solar module and LiFePO₄ battery, configured for the site.

Housing layout

2 to 6 semi-integrated luminaires per pole; LiFePO₄ battery inside each luminaire

LED range

20, 30, 36, 40, 50 or 60 W per light; 40–360 W combined

Solar module

External monocrystalline panel for each light

LiFePO₄ battery

12.8 V per light; ratings as published for each model

Structure

Hot-dip galvanized poles: reducing 6–9 m, octagonal 6–12 m

Warranty

5 years for the semi-integrated range; coverage follows the quotation

Configuration is selected for your site. Request the model-specific datasheet. Compare multi-light layouts.

ENGINEERING NOTEIllumination shown is conceptual. Actual coverage, uniformity and autonomy require site-specific lighting and energy studies.

Solar mini mast

A compact galvanized mast carrying multiple LED luminaires, with solar generation and LiFePO₄ storage, for village junctions, temple grounds, campus courtyards and small public areas.

Housing layout

Compact mast with 2 to 6 LED luminaires

LED range

20, 30, 36, 40, 50 or 60 W per light

Solar module

Solar array sized to the daily operating hours

LiFePO₄ battery

Storage sized to the lighting brief and autonomy target

Structure

Hot-dip galvanized poles: reducing 6–9 m, octagonal 6–12 m

Warranty

Terms confirmed in the project-specific proposal

Mast height, optics and operating hours are selected from the lighting brief. Compare mini mast layouts.

ENGINEERING NOTEActual coverage, uniformity and autonomy require site-specific lighting and energy studies.

Solar water pumping

A solar array powers the controller and pump. Water storage can carry supply beyond daylight hours.

Pump selection

Surface or submersible; motor rating in HP / kW

Hydraulic duty

Required flow at the site’s total dynamic head

Solar supply

Array Wp and matched pump controller

Configuration is selected for your site. Request the model-specific datasheet. MNRE technical references (opens in a new tab).

ENGINEERING NOTEPump selection depends on flow demand, total dynamic head and water-source conditions. No output estimate is implied by this model.

Solar water kiosk

A solar canopy, equipment enclosure and dispensing points brought together in one compact water-access concept.

Solar supply

Canopy Wp and equipment power demand

Water system

Treatment from source-water tests; storage in litres

Dispensing

Tap arrangement, flow and service access

ENGINEERING NOTETreatment, storage, power demand and dispensing arrangements depend on source-water testing and the project brief. This summary does not certify water quality or dispensing capacity.