Our Solutions

Rooftop Solar Power Plant Solutions

Inelso provides high-efficiency rooftop solar power plant solutions for industrial facilities, commercial buildings and storage areas. By transforming your roof spaces into clean energy production centers, Inelso reduces your business electricity costs while contributing to your sustainability goals.

We transform your roof spaces into profitable investments and significantly reduce your electricity bills with the solar power plants we install on your roofs.

We meticulously evaluate every detail from the structural integrity of your roof to energy production potential, from shading analysis to grid connection capacity. From the planning stage to installation and commissioning, we provide rapid return on investment (ROI) with energy production and investment return analysis throughout the plant's lifetime.

Our Solution Approach

As Inelso Energy, we sustain our success in rooftop solar projects with three core principles:

  • Secure installation with roof structural analysis and suitability assessment
  • Maximum energy production with shading simulations
  • Continuous performance monitoring with SCADA integration
Inelso Energy Rooftop Solutions Service Process
Inelso Energy Rooftop Solutions Service Process
Is my roof suitable for solar installation?

Roof structural strength, orientation and shading conditions are evaluated through suitability analysis. We provide free preliminary assessment.

How long does rooftop solar installation take?

Rooftop solar installation duration varies depending on plant size.

- Small system (10–100 kWp): 3–7 days
- Medium (100–500 kWp): 1–3 weeks
- Large roof (500 kWp–1 MW): 2–5 weeks

EDAS application, suitability report from relevant authority, project and acceptance procedures take 4-6 months.

What is the payback period for rooftop solar?

It typically pays for itself within 4-6 years. Electricity savings begin immediately.

What roof types are suitable for installation?

Installation can be done on concrete, tile, steel structure, sandwich panel and trapezoidal sheet metal roofs.

Our Project Steps
1

Roof Suitability and Structural Analysis

Roof load capacity, orientation analysis and structural assessment are conducted.
2

Shading and Production Simulation

Detailed shading analysis and annual energy production estimation are performed using 3D modeling.
3

Electrical and Structural Design

DC/AC system design, structural solutions and grid connection projects are prepared.
4

Permitting and Grid Connection Processes

Building permits, electrical applications and grid connection processes are managed.
5

Equipment Procurement and Installation

Panels, inverters and installation equipment are procured and professional installation is performed.
6

Commissioning and Acceptance

The system is commissioned and completed with TEDAS acceptance. Production monitoring continues through Solarmetrica.
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