SOLAR STREET LIGHTS · MADE BY HELLOCON

Solar street lights for Odisha

Suitable for roads, campuses and public spaces. Scope: All-in-Two (semi-integrated) lights with an external panel and rear-luminaire battery/controller. Brief: site geometry, illumination and operating duty, quantities and location. Next step: compare six per-luminaire ratings, then request a model quotation and applicable test references.

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Made by HELLOCON
All-in-Two (semi-integrated)
LiFePO₄ battery

Two all-in-one solar street lights installed by HELLOCON lighting an open grassy area at night

Double-arm solar street light with a pole-top panel and two lit LED heads beside a village road at night

Solar street lights with pole-top panels lighting a concrete village lane at night

HELLOCON solar street light with a pole-top panel beside an unpaved rural road through a young plantation

Solar street light installed by HELLOCON, with a pole-top panel, curved LED arm and pole-mounted battery box beside a brick-paved rural path

Two-light solar street light with a pole-top panel beside farmland by day

Single-arm solar street light with a pole-top panel in a grassy field below a hillside

Solar street light on a galvanized pole beside a village road lined with coconut palms

Illustration of an All-in-Two solar street light with a pole-top panel against a waterfront backdrop, from the HELLOCON brochure cover

Dusk · Falling daylight triggers the controller to switch on the LED.

THE SOLUTION

System design: Solar street lighting

HELLOCON manufactures and supplies All-in-Two (semi-integrated) solar street lights for roads, campuses and community spaces in Odisha. An external solar module charges the LiFePO₄ battery inside the rear luminaire compartment; the controller manages charging and the LEDs illuminate after dusk. Configuration follows the site lighting brief, required operating hours, shading and structural design. Request the model-specific datasheet, test documents and warranty terms with your quotation.

Operate independently of the electrical grid
Use solar generation with stored energy at night
Coordinate lighting and structure as one system

Semi-integrated layout: external solar panel; LEDs at the front underside; LiFePO₄ battery and controller inside the rear. Select either internal component for a transparent cutaway.

Inside the light

All-in-Two (semi-integrated), part by part

The current All-in-Two layout: an external solar module and a luminaire with battery and controller in its rear compartment, plus pole and foundation. Ratings apply per luminaire.

01Solar moduleMonocrystalline, 75–165 Wp matched to the model
02LiFePO₄ battery12.8 V, 18–60 Ah matched to the model
03MPPT charge controllerAutomatic dusk-to-dawn switching
04HousingSemi-integrated luminaire, battery and controller in the rear compartment
05LED board20–60 W per luminaire; brochure component efficacy needs model data
06Lens / coverEnclosure; confirm quoted model’s ingress-test report
07PoleHot-dip galvanized; tubular 6 m, reducing 6–9 m, octagonal 6–12 m
08FoundationDesigned for the site and wind loads

Scroll to separate the parts. Pole shown shortened.

01Solar moduleMonocrystalline, 75–165 Wp matched to the model
02LiFePO₄ battery12.8 V, 18–60 Ah matched to the model
03MPPT charge controllerAutomatic dusk-to-dawn switching
04HousingSemi-integrated luminaire, battery and controller in the rear compartment
05LED board20–60 W per luminaire; brochure component efficacy needs model data
06Lens / coverEnclosure; confirm quoted model’s ingress-test report
07PoleHot-dip galvanized; tubular 6 m, reducing 6–9 m, octagonal 6–12 m
08FoundationDesigned for the site and wind loads

01 · THE DESIGN BRIEF

Solar street lighting: applications and equipment

Final configuration, component standards, test documents and warranty terms are confirmed in the project-specific proposal and technical documentation.

APPLICATIONS
Where it works
- Village and urban roads
- Industrial and institutional campuses
- Parks and pathways
SYSTEM ARCHITECTURE
What it brings together
- Solar module
- LiFePO₄ battery inside the rear luminaire compartment
- Charge controller inside the rear luminaire compartment
- LEDs at the front underside of the same luminaire housing
- Pole and foundation
ENGINEERING
What we assess
- Required illumination and photometric design
- Solar resource, shading and backup autonomy
- Pole structure, foundation and maintenance access

02 · FROM BRIEF TO OPERATION

From survey to commissioning: Solar street lighting

Step 1: Discover
Understand the site, the load and your energy goals.
Step 2: Engineer
Assess shading, system configuration and electrical integration.
Step 3: Deliver
Coordinate procurement, site execution and installation.
Step 4: Commission
Test, document and bring the system into service.
Step 5: Support
Maintain performance through operation and maintenance.

Planning solar street lighting in Odisha

All-in-Two (semi-integrated): one defined layout

HELLOCON’s All-in-Two (semi-integrated) solar LED street lights use an external panel and a luminaire containing the battery and controller. In this arrangement the photovoltaic module is external, while the LiFePO₄ battery and charge controller sit in the rear luminaire compartment. LEDs occupy the front underside. Ask for the selected model’s datasheet instead of assuming all housings have identical ratings. The manufacturing and product page connects lighting equipment with the project’s procurement brief.

Lighting design for Odisha roads and public spaces

A lighting requirement needs the road or pathway geometry, required illumination, operating profile, shading and maintenance arrangements. Module, battery and luminaire selection should work together through the intended nightly duty. Pole and foundation design must suit the site and exposure. For larger spaces compare solar high mast and mini mast configurations. A wattage figure alone does not establish useful light distribution or overnight autonomy.

Procurement and warranty documentation

For a panchayat, institution or other public project, confirm tender specifications and required documents for the actual model and named supplier. If buying through GeM (opens in a new tab), use the applicable official procurement process. Record luminaire, battery, module and workmanship warranties separately. Ask for the operating profile, service access and replacement arrangements with the quotation.

Technical scope to confirm in your proposal

Semi-integrated LED range: 20, 30, 36, 40, 50 and 60 W per light
Battery and panel range: 12.8 V LiFePO₄, 18–60 Ah; monocrystalline PV modules, 75–165 Wp, matched per model
Control: MPPT charging and automatic dusk-to-dawn switching; no remote
Warranty: 5 years for the semi-integrated range, with coverage and exclusions in the quotation
Mechanical design: Hot-dip galvanized tubular, reducing or octagonal pole, with site-specific fixing and foundation design

SEMI-INTEGRATED SOLAR LIGHTING

Compare our street-light range

Choose from six LED power options with an external monocrystalline solar panel and a 12.8 V LiFePO₄ battery inside the luminaire.

Ratings per luminaire (one light), not per pole: LED power, battery and solar module
LED power	Battery at 12.8 V	Mono panel
20 W	18 or 24 Ah	75 Wp
30 W	30 Ah	100 Wp
36 W	36 Ah	125 Wp
40 W	42 Ah	125 Wp
50 W	54 Ah	165 Wp
60 W	60 Ah	165 Wp

Control: MPPT charging with automatic dusk-to-dawn switching; no remote.
Warranty: 5-year warranty for the semi-integrated lighting range. The quotation sets out component coverage, exclusions and the claim process.
Pole options: Hot-dip galvanized tubular poles: 6 m; reducing poles: 6–9 m; octagonal poles: 6–12 m.

These are ratings for one luminaire, its battery and solar module, not a complete multi-light pole. Select the pole, bracket and foundation for the site and wind loads. Overnight operation and backup depend on the charging conditions and agreed lighting profile.

Request model documents and quotation

BEFORE ORDERING

Confirm the selected model and written scope

Before ordering, ask which documents are available for the selected model. Confirm the equipment schedule, operating-duty assumptions, applicable test references, component and workmanship warranty terms, exclusions and maintenance responsibilities in the quotation.

DATASHEET

All-in-Two (semi-integrated) model schedule

Select an LED power to compare the per-luminaire equipment schedule. Before procurement, confirm the selected model’s datasheet, applicable test reports and written warranty; the planning sheet does not replace those documents.

SOLAR STREET LIGHT · MANUFACTURED BY HELLOCON

All-in-Two (semi-integrated) light 36 W

LED power36 W

Solar module125 Wp

LiFePO₄ battery12.8 V · 36 Ah

Storage²460.8 Wh

ProtectionConfirm model report

Warranty5 years, as quoted

Electrical

LED power: 36 W
System voltage: 12.8 V DC
Battery: LiFePO₄, 36 Ah at 12.8 V
Nominal storage: 460.8 Wh
LED efficacy: 165 lm/W LED component¹; confirm selected model data
Charging: MPPT charge controller
Switching: Automatic dusk-to-dawn; no remote
Autonomy: 2–3 nights, design target³

Solar module

Type: Monocrystalline
Rating: 125 Wp
Mounting: External, pole-top

Construction

Arrangement: Semi-integrated luminaire
LEDs: Front underside of the luminaire
Battery and controller: Inside the rear compartment
Ingress protection: IP66 as stated in the brochure; confirm the quoted model’s test report
Pole options: HDG tubular 6 m; reducing 6–9 m; octagonal 6–12 m

Warranty

Coverage: 5 years for the semi-integrated range
Terms: Component coverage, exclusions and claims as quoted

Request model documents and quotation

PRODUCT BROCHURE

All-in-Two solar street light brochure

Browse the 20–60 W All-in-Two (semi-integrated) range and installation examples. Before ordering, confirm the selected model’s performance, protection test reports and written terms; the brochure does not replace model-specific documentation.

Six models, 20 W to 60 W
Solar and LED driver data
Model specification table
Installation photographs

PDF · 2 pages, A3 fold-out · 4.2 MB

Download PDF

LIGHTING EXAMPLES

Solar lighting on roads and pathways

Installation photographs show several architectures, including all-in-one and external battery-box arrangements. These are not all the current All-in-Two (semi-integrated) range: its panel is external and its battery/controller are in the luminaire rear. Product views and the brochure-cover illustration are labelled separately; confirm the quoted model.

HELLOCON semi-integrated solar LED street light with its product label, front view — Product view: HELLOCON All-in-Two (semi-integrated) luminaire. Match the label and model code to the quotation.

Three HELLOCON solar LED street light housings shown from the front and side — Product housing views for the All-in-Two (semi-integrated) range.

03 · USEFUL TO KNOW

Solar street lights: frequently asked questions

Where are the LiFePO₄ battery and controller housed?

Both are integrated inside the rear compartment of the LED luminaire. The LEDs occupy the front underside, while the solar panel remains external. They are not separate pole-mounted boxes in this semi-integrated arrangement.

How does it work at night?

The module charges a LiFePO₄ battery during daylight. A controller manages charging and powers the LED luminaire after dusk according to the selected operating profile.

What warranty is available?

HELLOCON offers a 5-year warranty for the semi-integrated lighting range. The selected model’s quotation sets out component coverage, exclusions and the claim process.

Is this an all-in-one light?

All-in-Two (semi-integrated) here means an external solar module with the battery and controller inside the luminaire. All-in-one integrates the panel into the light assembly and needs its own model schedule. External battery-box installation examples are a further arrangement. Confirm the quoted model.

Does it need a grid connection?

No. The light runs on its solar module and the LiFePO₄ battery inside the luminaire, so it does not need a grid connection.

Can it be guaranteed to run all night from wattage alone?

No. Battery energy, charging conditions, operating profile and autonomy must be designed together.

How is pole height selected?

Site geometry, optics, illumination, access and structural design determine the arrangement.

What must a public procurement brief include?

Application, technical specification, operating duty, model documents, warranties and service responsibilities.

What maintenance access is needed?

Agree safe access to the panel, luminaire and pole, and how battery or controller replacements are handled.

Does HELLOCON make its own solar street lights and poles?

Yes. HELLOCON manufactures the semi-integrated solar street lights on this page and hot-dip galvanized poles: tubular 6 m, reducing 6–9 m and octagonal 6–12 m. See solar street light manufacturing.

Can you supply solar street lights in bulk or for a tender?

Yes, through our B2B material supply page. Share the specification, quantities, delivery district and deadline; tender documents and supplier eligibility are confirmed for each requirement.

PLAN YOUR SOLAR LIGHTING PROJECT

Request a solar street light quotation

Share your location and the project brief. We will confirm the equipment and scope that suit your site.

+91 88961 23453 · 0674 460 8185
business@hellocon.in
Every day, 9:00 am to 6:00 pm
Head office: Bhubaneswar (opens Google Maps in a new tab) · Serving all 30 districts of Odisha

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NEXT STEP

Order solar street lights for Odisha roads and panchayats

Share the road or pathway length, the lighting brief and the district. Ask the quotation to identify the model, pole and foundation, applicable datasheet and test-report references, and warranty coverage. Document availability and tender suitability need confirmation for that model.

Request model documents and quotationCompare models

Every day, 9:00 am to 6:00 pmHead office: Bhubaneswar (opens Google Maps in a new tab) · Serving all 30 districts of Odisha

Solar street lights for Odisha

System design: Solar street lighting

Where it works

What it brings together

What we assess

Step 1: Discover

Step 2: Engineer

Step 3: Deliver

Step 4: Commission

Step 5: Support