The services included monitoring and evaluation of field surveys to determine biomass residue availability, preparing industry-specific questionnaires, interacting with key stakeholders for data gathering, and developing a biomass resource atlas. The project also involved site visits to industrial associations and municipalities for data collection, analysis of data for correctness, and validation of collected information. This initiative aimed to build a knowledge base on biomass resources and support renewable energy mapping and geospatial planning.

The services provided included project inception, preliminary modeling, implementation planning, ground-based data collection using high-quality solar measurement devices, and production of validated solar resource maps. The project delivered a comprehensive Solar Atlas report describing the final outputs, methodology, and process, including geographic information system (GIS) data. This initiative aimed to support renewable energy development and provide open access to resource and geospatial mapping data for better decision-making.

The project involved visiting proposed site locations, procuring and importing measuring equipment, arranging for site permitting and access, commissioning sites, and providing two years of high-quality meteorological data. The data collected was transferred to an open data platform for public dissemination, ensuring strong local involvement and capacity building. This initiative aimed to produce a country-adapted and validated solar map for Nepal, supporting long-term sustainable development in the renewable energy sector.

The services provided included assessing the commercial readiness of FSPV globally, conducting design and performance analysis, identifying potential FSPV facilities in Pakistan, creating interactive maps of potential sites, and providing recommendations for structuring commercial FSPV projects. This study aimed to support the development of floating PV projects in Pakistan, promoting renewable energy solutions and enhancing energy security.

The services included estimating the technical potential of harvest residue biomass, identifying and preparing an initial list of industries, conducting stakeholder consultations, analyzing data for correctness, validating collected information through on-site visits, and preparing a final report on the industrial biomass survey. This initiative aimed to develop a biomass atlas for Vietnam, supporting renewable energy development and promoting sustainable energy solutions.

The project included processed satellite imagery for the target area, preparation of maps into survey blocks, parcel-level digitization, development of a geo-database, and a census data management application. Enumerators collected data from all buildings within the target areas, categorizing them as electricity consumers and linking them to the utilities’ billing systems. This approach ensured comprehensive data collection and accurate representation of consumer information for effective utility management.

The survey was conducted feeder by feeder using a complete enumeration approach, with information collected through interviews and direct observations. Surveyors visited each customer premise, recording the information on predefined survey forms. The project included field surveys, data entry, auditing, and reconciling billing databases to ensure all consumers receiving power were registered and billed correctly. This initiative highlighted the need for effective communication links between consumers and DISCOs for issue resolution and complaint handling.

The GIS survey involved identifying all consumers and their service connections, followed by preparing a GIS base map and digitizing electrical network assets. The data was processed and exported to load flow analysis software, enabling the segregation of technical and non-technical losses. The project also involved developing HT and LT feeder rehabilitation proposals to reduce technical losses. GIS-based applications were developed to demonstrate various solutions in the power distribution sector, including distribution network setup, load management, customer information, asset management, billing, and customer services.

PITCO’s services included conducting GIS surveys of electrical consumers and network assets, preparing GIS base maps, and digitizing electrical network assets. Our team developed GIS-based applications demonstrating solutions encompassing the entire business value chain in the power distribution sector. PITCO conducted HT and LT load flow analysis, identifying technical and non-technical losses, and developing feeder rehabilitation proposals. The project aimed to improve customer information assets management, billing, and customer services, enhancing the overall efficiency of HESCO’s distribution network.

The GIS survey involved identifying all consumers and their service connections, followed by preparing a GIS base map and digitizing electrical network assets. The data was processed and exported to load flow analysis software, enabling the segregation of technical and non-technical losses. The project also involved developing HT and LT feeder rehabilitation proposals to reduce technical losses. GIS-based applications were developed to demonstrate various solutions in the power distribution sector, including distribution network setup, load management, customer information, asset management,