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.

PITCO’s services involved reviewing tender stage designs, updating tender level reports, and preparing construction drawings. Our team also performed environmental and social safeguard studies, reviewed resettlement action plans, and provided assistance in construction detail design and site supervision. The project ensured the proper execution of civil and electro-mechanical works and facilitated the timely completion of contracts. Technical data included a total head of 400 m, total discharge of 30 m³/s, and a dam with a weir height of 12 m and crest length of 40 m. The powerhouse featured three Pelton units, each generating 36 MW.

PITCO’s services included reviewing the updated feasibility study, evaluating the technical and financial proposals of the received bids, and preparing an Evaluation Report (ER) for NEPRA. Our team assessed the technical responsiveness of the bids, ranked them based on the lowest evaluated levelized tariff, and provided assistance to NEPRA until the approval of the ER. The project ensured a transparent and competitive bidding process, facilitating the selection of a capable sponsor for the development of the Taunsa Hydropower Project.

PITCO’s services included assisting in the preparation of a bankable feasibility study report, reviewing environmental and social safeguard studies, and preparing the Resettlement Action Plan. Our team conducted site visits, data collection, and preliminary planning and data analysis. PITCO also provided assistance in project planning and design studies, site reconnaissance and field visits, and preparation of EPC tender documents. The feasibility study aimed to ensure the sustainable and efficient development of the Sharmai Hydropower Plant.

PITCO’s services involved preparing feasibility studies, conducting rock mechanics and underground works assessments, and performing seismotectonic studies. Our team also assisted in hydropower planning, mechanical and electrical engineering, and reviewing environmental and social safeguard studies. The feasibility studies provided a comprehensive analysis of the project’s potential, identifying key challenges and opportunities for the development of the hydropower plant. The project aimed to enhance energy production and support sustainable development in the region.

PITCO’s services included evaluating construction options, preparing a comprehensive feasibility study, and conducting environmental and social impact assessments. Our team assisted in the detailed design of the hydropower plant and carried out economic analyses to determine the project’s viability. The feasibility study provided a detailed assessment of the project’s potential, identifying key challenges and opportunities for the development of the hydropower plant. The project aimed to enhance energy production and support sustainable development in the region.

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 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.

PITCO’s services included reviewing local and international RE and EE policy frameworks, consulting with project partners and stakeholders, preparing final drafts of RE and EE policy recommendations, and presenting these recommendations at a national workshop. PITCO also developed an implementation roadmap, prepared a final policy document, and conducted a validation workshop. The project aimed to create a policy framework that promotes the adoption of renewable energy and energy efficiency technologies and services in Pakistan’s industrial sector.

PITCO’s services include sector situation analysis, stakeholder and target group analysis, market demand analysis, selection of TVET hub locations, and analysis of key RE industry actors. PITCO also designed the TVET hubs, including facilities, equipment, teaching material, occupational profiles, distant learning integration, training certificates, staffing requirements, and financial sustainability. The study also involved overall project design, impact hypothesis, institutional setup, implementation modality, cost and financing plan, risks and mitigation measures, and environmental and social impacts