WELCOME TO
ROSEC Solar
YOUR ONE-STOP SOLUTION
FOR DESIGN & ENGINEERING OF
SOLAR PV SYSTEMS MICROGRIDS & MINIGRIDS ENERGY STORAGE SYSTEMS
Quality designs in compliance with IEC, US, and AUS/NZ Standards
IEC 62738, IEC 62548, IEC 63049, IEC 62446-1, IEC 62446-2, IEC 60364-7-712, IEC 60364-5-52, IEC 60502-2
NEC 2020, IEEE 2778, IEEE 1679.1
AUS/NZ 5033, AUS/NZ 3008-1, AUS/NZ 3000
About Us
Designing Solar PV Systems as nobody else!
We provide Design & Engineering services for solar PV systems of all types – residential, commercial, industrial, and utility-scale, microgrids, minigrids for rural electrification, and energy storage projects for diverse applications, and create comprehensive engineering blueprints for complex projects.
We provide Technical Consultancy for solar projects development, financial modeling, Testing & Commissioning, and O&M Services.
ROSEC Mindset
Reliable
Optimal
Safe
Effiecent
Code Complaint
Design & Enginerring Services
Solar PV System
Design and Sizing of solar PV systems
Plant Design Overview
Installation Supervision
Plant Commissioning
Quality Audit/Inspection
As-built Project Documentation
All designs based on ROSEC philosophy!
Microgrids
Planning, sizing, operation, control, protection and energy management of smart microgrids.
Minigrids
Planning, sizing, operation, control, protection and energy management of smart microgrids.
Energy Storage
Battery Storage can provide a range of different services: PV Smoothening, Ramp Rate Control, Renewables Firming, Time Shifting, Volt/VAR, Frequency Response etc. The BESS performances characteristics need to match the application type and scale. Typical characteristics include storage capacity, converter power, response time, discharge time, recharge time, duty cycle, round-trip efficiency, storage duration, cycle life, self-discharge, SOC . . .
ROSEC Solar provides sizing and selection of PCS and BESS for different types of High Power and High Energy applications, for any kind of BESS configuration – AC-coupled or DC-coupled for clipping capture – and for any size – commercial, industrial or utility-scale.
Consultancy Services
Energy Storage
Feasibility Study
Site infrastructure, market conditions, regulatory policies, legal landscape, financial outlook, off-taker, risks and uncertainties.
Financial Modeling
Comprehensive DCF Financial Model for economic valuation of PV projects. A net-income valuation framework based on revenues and costs; provides insights to the equity and debt providers on the financial viability of the proposed projects, and supports project’s financin . Output financial parameters are NPV, IRR, DSCR, Payback Perios, LCOE…
Why ROSEC Solar ?
We have vast experience in Design, Installation, and Commissioning of C&I solar PV systems and utility-scale power plants. We have a team of competent and qualified engineers and technicians.
We provide superior-quality engineering blueprints (site plans, layout plans, system architecture, mechanical design, electrical diagrams, O&M plan and procedures, datasheets . . .) as per IEC 62446-1: Photovoltaic (PV) systems — Requirements for testing, documentation and maintenance.
As-built-documentation is of paramount importance for successfully operating and maintaining solar PV systems.
We believe in customer satisfaction, providing technical support for the project works throughout the country and across the borders.
We can provide Remote Quality Assurance to ensure Project Installation in accordance with the IEC-63049 standard.
IEC-63049 2017: Effective quality assurance in PV systems Terrestrial photovoltaic (PV) systems – installation, operation and maintenance – Guidelines
IEC 62738 IEC 62548 IEC 63049 IEC 62446-1 IEC 62446-2 IEC 60364-7-712
IEC 60364-5-52 IEC 60502-2
NEC 2020 IEEE 2778 IEEE 1679.1
AUS/NZ 5033 AUS/NZ 3008-1 AUS/NZ 3000
We apply the ROSEC Philosophy – Reliable, Optimal, Safe, Efficient, and Code-Compliant – in the real sense.
Technical advice for design of solar PV projects, potential assessment, technology selection…
You can ask for troubleshooting underperforming issues with installed solar PV systems of any kind (grid-tied, hybrid or off-grid) and any size (residential, commercial, industrial or utility-scale). We can apply our strong Analytical and Root Cause Analysis techniques to diagnose the symptoms and find the underlying problem.
One of our core competencies is the design optimization, energy modeling and performance assessment of microgrids, minigrids and off-grid solar systems.
Solar farm electrical design
DC/AC Cable Sizing for solar parks
Plant Power Flow Diagram from inverters to utility interconnection
Single Line Diagrams for MV AC Collection system
Radial, loop/ring and star topologies from skid inverters to collectors
Feeder protection
Protection coordination
Substation at point of interface
Grounding
We provide technical support for Carbon Credits, Carbon marketplace, Renewable Energy Credits, Environmental Impact Assessment (EIA) studies, Risk Management, and other special areas related to renewable energy projects.
Countries we have served
Meet Our Clients
