01
STEP 01
Assess
Understand the site, available solar resource, energy requirements and grid conditions.
01 / ENGINEERING / RENEWABLE ENERGYSustainable Energy.
Sustainable Energy.
Engineered for impact.
Engineering renewable energy systems around real requirements - Solar, wind and integrated renewable energy solutions designed for a cleaner, more sustainable future.
Explore Solutions02 / RENEWABLE ENERGY
Energy solutions
designed around the site.
Renewable energy projects need more than panels. They require careful assessment, electrical engineering, system design, construction planning and commissioning.
SERNTEK approaches solar projects as complete engineering requirements, aligning the system architecture with the application, available site conditions and energy objectives.
03 / SOLAR SOLUTIONSFrom distributed
From distributed
solar to industrial PV.
Different applications require different system architectures. We structure solar solutions around the way energy is generated, stored, consumed and integrated.
01WIND ENERGY
Wind Energy
Integrated wind energy engineering solutions covering wind farm development, electrical systems, grid connection, civil and structural works, SCADA and balance-of-plant requirements.
02INDUSTRIAL
Solar PV Power Plants
Engineered solar PV systems designed around site conditions, energy requirements, grid integration and long-term operational objectives.
04INDUSTRIAL SOLAR PVEngineering the
Engineering the
power plant.
Industrial solar PV requires coordinated engineering across site assessment, system design, electrical infrastructure, construction, inspection and commissioning.
Our approach is structured to move the project from feasibility and technical planning through execution and final grid integration.
View Project Approach05 / PROJECT EXECUTIONFrom site
From site
to commissioning.
A structured engineering process helps maintain technical clarity from the first site assessment through final project handover.
02
STEP 02
Design
Develop the technical concept and detailed system design around the project's requirements.
03
STEP 03
Approve
Coordinate technical documentation, feasibility requirements, approvals and project readiness.
04
STEP 04
Build
Move into procurement, installation, construction and project execution.
05
STEP 05
Inspect
Validate installation, system performance and compliance through structured inspection and testing.
06
STEP 06
Commission
Complete final testing, integration and commissioning before project handover.
06 / ENGINEERING SCOPEThe systems
The systems
behind the energy.
Solar generation depends on an integrated technical system. Our engineering scope covers key components and supporting infrastructure required for project execution.
Solar PV Modules
Supply and integration of photovoltaic modules for project-specific solar generation requirements.
Mounting Structures
Module mounting systems and associated structural and civil requirements.
Inverters
Inverter systems selected and integrated according to the electrical architecture and application.
Electrical Systems
AC/DC systems, cabling, panels, protection, metering and associated electrical infrastructure.
Transformers & HT Systems
Electrical infrastructure supporting higher-capacity solar installations and grid evacuation.
Earthing & Protection
Earthing, lightning protection and associated safety infrastructure for the installation.
07 / APPLICATIONSSolar for
Solar for
different environments.
Solar systems can be engineered for a broad range of residential, commercial, institutional, industrial and critical-power applications.
HomesCommercial BuildingsIndustrial FacilitiesInstitutionsSchools & CollegesHospitalsRemote LocationsCritical Power Applications
08 / START A PROJECTHave a renewable
Have a renewable
energy requirement?
Talk to our engineering team about your site, application and energy requirements.
Discuss Your Project