Why Progress Sun

From measured sites to tailored solar systems.

Progress Sun connects field surveys, engineering, EPC delivery and owner-side supervision to develop solar solutions around the needs of each site.

Multi-surface PVRoof, facade and carport applications
Drone & GPS surveysMeasured data before detailed design
Full EPC deliveryEngineering through commissioning
Owner-side supportReview, supervision and coordination
The difference in practice

Different sites call for different solar solutions.

Our role is to understand the site, connect technical decisions to real project conditions and carry that knowledge into delivery or owner-side supervision.

01

Use more of the available site

We evaluate rooftops, facades, parking structures and open land instead of assuming that every project should follow the same layout.

02

Measure before detailed design

Drone imaging, GPS measurements, terrain models and contour data provide an evidence-based starting point for engineering decisions.

03

Connect design and delivery

Engineering, procurement, installation, electrical integration, testing and commissioning are treated as one connected project process.

04

Support the project owner

As Owner's Engineer, we review proposals and designs, coordinate suppliers and monitor construction from the owner's perspective.

Koya University

One campus. Three solar surfaces.

At Koya University's Presidency building, Progress Sun is delivering EPC services for photovoltaic systems across rooftops, building facades and car-parking structures.

The project shows how a site-specific concept can use several parts of one property. Facade-mounted panels add productive vertical surface, while rooftop and carport arrays contribute to the wider campus solution.

  • System design and procurement
  • Multi-surface installation and electrical integration
  • Grid connection, testing and commissioning
Explore the Koya University Project
Facade-mounted photovoltaic panels at Koya University
Facade-mounted PV
Progress Sun team with rooftop solar panels at Koya University
Rooftop installation
Solar carport array at Koya University
Solar carport
Underside mounting structure of the Koya University solar carport
Mounting detail
Detailed site surveys

Measure first. Design with evidence.

Pre-construction surveys combine drone imaging, ground GPS measurements and engineering software to record the site's actual geometry and conditions.

Digital terrain model created from drone and GPS survey data
Digital terrain model
Aerial site map showing a surveyed project boundary
Aerial map & surveyed boundary
Detailed contour map created for solar project planning
Detailed contour map

Field information becomes engineering input.

The survey outputs help our team understand boundaries, terrain and land contours before layouts and civil works are developed. This supports planning based on recorded site conditions instead of assumptions.

01

Capture

Drone imagery and ground GPS measurements record the site.

02

Model

Aerial mapping, terrain models and contours organize the field data.

03

Engineer

The measured information informs layouts, technical design and planning.

See the survey in our catalogue
How we work

One connected path from the first question to operation.

The exact scope changes by project. What remains consistent is the connection between early decisions, technical detail and real delivery.

Phase 01

Assess

Feasibility, site selection, solar resource, grid access, market conditions and project constraints are reviewed before major commitments.

Phase 02

Measure & engineer

GPS and drone surveys, topography, mapping, energy-yield work and technical design translate site conditions into a project plan.

Phase 03

Deliver

Procurement, installation, civil and electrical coordination, grid integration, testing and commissioning move the design into operation.

Phase 04

Represent the owner

EPC and design review, supplier coordination, quality control and construction monitoring provide owner-side visibility and support.

Evidence across projects

Experience across different sites, roles and scales.

View all projects
Aerial view of industrial solar plant construction in Erbil Owner's Engineer

Industrial solar project, Erbil

Technical and commercial consulting, digital mapping, civil and system design support, energy-yield work and construction supervision for an industrial project.

View project
Aerial view of the 7 MW solar tracking project in Romania Consulting & supervision

7 MW tracking project, Romania

Support from feasibility and site selection before land purchase through EPC proposal review, design verification, monitoring and site visits.

View project
Small and mid-scale photovoltaic system installed in Iraq Installation & EPC

Solar systems across Iraq

Design, installation, testing and commissioning for residential, commercial and industrial photovoltaic systems at smaller and mid-scale sites.

View systems

What this means for your project.

Our difference is not a single product. It is the way site information, engineering decisions and delivery responsibilities are kept connected.

Facts before layouts

Site conditions are recorded and reviewed before a technical concept is developed in detail.

The solution follows the site

Available surfaces, access, terrain, grid conditions and client goals shape the project approach.

Clear owner visibility

Review, coordination and monitoring help the owner understand technical and construction decisions.

Delivery includes handover

Testing, commissioning and grid integration are part of completing the system, not an afterthought.

Bring us the site, the constraints and the project goal.

We can support the next step—from feasibility and survey work to EPC delivery or owner-side supervision.

Korek Asia