Engineering and Design
Based on sustainability and future service orientation, GR Albania is focusing on providing services for companies in the Renewable Energy Sector. The main goal is to extend our very comprehensive and all around service delivery and customize it for the sustainable energy of tomorrow.
Our Renewable Energy Focus
GR Albania is mainly focused, but not limited to implementing these services to Hydropower plants, Wind power plants and Photovoltaic plants. These services are organized into three main components: Feasibility Studies, Optimization Studies and Detailed Design.
Our approach to the services for a sustainable energy of tomorrow is organized as a one stop shop for studying and designing your case.
Hydropower Plants
Wind Power Plants
Photovoltaic Plants
Feasibility Studies
Our focus, into deploying extensive feasibility studies, is aided by a professional team of experience engineers whom have tackled some of the most successful projects in the sustainable energy sector in the region.
Conceptual Designs
Hydrological Studies
Engineering Geology Studies
Topographical Surveys
Seismic Studies
ESIA and Public Consultations
Business Plans
Detailed Design Services
Taking the next step from the feasibility studies, GR Albania offers detailed design services that can help you get your projects running through a carefully calculated approach.
Front End Engineering Design (FEED)
Calculation and Analyses
Detailed Drawings
Electrical Designs
As-built drawings
Optimization Studies
One of the key components of any project in renewable energy is the optimization of the current performance of the project to increase ROI and better utilize it. GR Albania provides optimization studies of your current project performance, especially for Hydropower, Wind Power and Photovoltaic Plants.
Our review is generated by a professional team of engineers and compared to major international benchmarks.
Performance Optimization
ROI Analysis
International Benchmarking
Topographical Surveying – Arial Mapping with UAVs (Drones)
Autonomous drones have become the leading technology for creating topographic maps. Drones make it possible to capture various types of imagery across the light spectrum. We use RGB images in surveying, for estimating high-accurate surface models or 3D point clouds, and creating high-resolution up-to-date orthomosaics.
UAVs(Unmanned Autonomous Vehicles) allow to collect detailed, accurate data for an entire job site, and save hours of work.
How does it work?
We use integrated solutions, taking automatically hundreds of pictures of a specified area. During processing similar points across multiple images will be identified. Using these similar points, the system constructs a three-dimensional point cloud, which is used to generate topographic maps, digital terrain models, meshes, and orthophotos that engineers rely on for design and build work.