Illustrative concept image of solar panels on an urban building rooftop

ONE TOUCH AUTOMATION & ELV · ENERGY · MUMBAI

Solar Rooftop Solutions

Rooftop solar solutions planned around electricity use, roof suitability and the requirements of each property.

BUILDING TECHNOLOGY · ELV · AUTOMATIONONE TOUCH. EVERYTHING CONNECTED.

A CONSIDERED APPROACH

Make considered use of your rooftop.

One Touch helps scope rooftop solar for residential, shared and commercial properties. Electricity bills and consumption, usable roof area, shading, orientation, structural suitability and electrical integration are assessed as part of planning. Any capacity, generation or savings figure is indicative until the site, equipment and applicable utility requirements have been reviewed; a confirmed quotation follows project assessment.

Final scope, system selection and delivery arrangements are confirmed for each project.

WHAT WE CAN HELP WITH

Solutions shaped
around your site.

We start with your building, its people and the way the space needs to work.

01

Residential rooftop solar

Assess independent homes, villas and bungalows against electricity consumption, usable roof area, shading and orientation. System options and indicative capacity depend on the property and household use.

02

Housing society solar

Review common-area electricity requirements such as lifts, water pumps, lighting and shared facilities alongside available roof area and the society's metering and operating arrangements.

03

Commercial and industrial rooftops

Consider rooftop solar for offices, shops, warehouses and suitable commercial or industrial properties. Electricity use, roof access, structural suitability and site operations inform the initial scope.

04

Solar system design and sizing

Bring together electricity consumption, roof area, shading, orientation, capacity estimates and future requirements to develop an indicative system scope for site review.

05

Solar panels, inverters and monitoring

Discuss panel technology, inverter selection and generation monitoring in relation to the proposed system. Equipment choice and expected performance depend on the site, system design and selected products.

06

Installation, electrical integration and maintenance

Plan mounting arrangements, DC and AC wiring, electrical protection, earthing and grid integration requirements. Maintenance and monitoring needs are considered for the selected equipment and agreed project scope.

WHERE IT FITS

Applications
across sectors.

The right scope depends on the property, operating needs and spaces being served.

  • 01Residential properties, including independent homes and villas
  • 02Housing societies and shared facilities
  • 03Commercial buildings and offices
  • 04Warehouses with suitable roof structures
  • 05Retail properties and shops
  • 06Suitable industrial rooftops
  • 07Multi-use properties with assessable roof space

THE ONE TOUCH APPROACH

Thoughtful planning.
Clear coordination.

We help make complex building systems easier to plan, install and use.

01

Electricity bills and consumption patterns inform initial system planning

02

Roof inspection considers usable area, orientation, shading and access

03

Capacity estimates and equipment options are matched to the assessed site

04

Structural suitability and mounting arrangements are identified for review

05

Electrical integration, protection and earthing needs are included in scope planning

06

Grid connectivity, applicable MSEDCL processes, approvals and handover requirements are identified for confirmation

07

Monitoring and maintenance requirements are considered for the selected system

HOW WE WORK

From first conversation
to considered handover.

The sequence is tailored to the service and project scope, with decisions confirmed as the site requirements become clear.

  1. 01

    Consultation

    Understand priorities, users and intended outcomes.

  2. 02

    Site assessment

    Review the property, existing systems and site conditions.

  3. 03

    System design

    Shape a practical scope around the requirements.

  4. 04

    Equipment selection

    Confirm suitable equipment for the agreed scope.

  5. 05

    Installation

    Coordinate installation with the site and other works.

  6. 06

    Integration

    Coordinate system interfaces where suitable and compatible.

  7. 07

    Testing & handover

    Review operation and hand over the agreed system.

Maintenance and support arrangements can be discussed where relevant to the service and project scope.

COMMON QUESTIONS

Good to know
before we begin.

How much rooftop area is needed for a solar system?

There is no single area figure that suits every property. The usable space depends on the system capacity being considered, panel dimensions, roof orientation and shading, access paths, setbacks and site constraints. A roof inspection is needed for an estimate.

How is solar system capacity calculated?

Planning considers electricity bills and consumption patterns, the roof's usable area and conditions, orientation, shading, intended energy use and future requirements. Any early capacity figure is indicative until the site and equipment have been assessed.

Can a housing society install solar for common-area electricity?

A society can explore rooftop solar for shared loads such as lifts, pumps, lighting and other facilities. Feasibility depends on roof suitability, common-area consumption, metering arrangements, structural conditions and applicable utility requirements.

What is net metering?

Net metering is a utility billing arrangement that measures electricity imported from and exported to the grid, with credits or adjustments handled under the applicable connection arrangement and current regulations. Eligibility, metering and settlement details must be confirmed with MSEDCL for the specific consumer and project.

Are batteries necessary for rooftop solar?

Batteries are not required for every system. Whether storage is appropriate depends on backup needs, system type, equipment compatibility, electrical design and budget. A grid-connected system without storage may not provide backup during a grid outage.

What maintenance does a rooftop solar system require?

Maintenance can include keeping modules suitably clean, checking visible wiring and mounting condition, reviewing inverter or monitoring alerts and arranging inspections as appropriate. The schedule depends on the equipment, roof environment and supplier guidance.

Are government subsidies available for rooftop solar?

Subsidy schemes, if applicable, have eligibility and process requirements that can change. Eligibility may depend on consumer category, system configuration, current scheme rules and any required designated or registered vendor. Approval and subsidy are determined by the relevant authorities; neither is guaranteed by this page.

What MSEDCL approvals or permissions may be required?

Grid-connected projects may require an application or prior process, technical review, metering arrangements, agreements or other steps under the current MSEDCL and Maharashtra regulatory process. Requirements depend on the consumer, system and applicable rules and must be confirmed with MSEDCL; approval is not guaranteed.

How are estimated savings calculated?

An estimate can consider electricity consumption and tariff, expected system output based on the assessed roof and equipment, self-consumption, export treatment and applicable billing rules. Results vary by site and use, so estimates are not guaranteed savings or a fixed payback period.

LET’S TALK ABOUT YOUR SITE

Start with a
conversation.

Share your requirements and location. We’ll help you outline the next step.

☏Ask about this service