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Lesson
Based on the experience from this TA, comprehensive contingency plans need to be in place to address potential disruptions or changes in future energy projects. These plans should account for geopolitical, economic, and environmental factors. Moreover, it is important to encourage diversification of energy sources to reduce reliance on a single resource. Exploring renewable energy options, such as solar, wind, and hydropower, to enhance the resilience of energy projects and prioritizing sustainability in all energy projects are particularly important in this regard.

Project Number: 44184-012
Project Name: Afghanistan and Turkmenistan: Regional Power Interconnection Project
Report Date:
Lesson
Geopolitical shifts, market dynamics, and government decisions could impact project continuity. This was shown by the TA which highlighted challenges in ensuring the continuation of projects beyond the TA phase.

Project Number: 44184-012
Project Name: Afghanistan and Turkmenistan: Regional Power Interconnection Project
Report Date:
Lesson
An institutional analysis undertaken during appraisal phase helps provide an assessment of the technical capacity of concerned institutions as this is essential in ensuring smooth project implementation activities. Such analysis could include a political-economy assessment that could help strengthen project preparation activities, especially in assessing possible changes to policies and government priorities.

Project Number: 39256-023, 39256-024
Project Name: Urban Transport Development Investment Program (Multitranche Financing Facility andTranche 1)
Report Date:
Lesson
Court cases and stay orders, due to compensation complaints, can cause unnecessary project delays. Court cases and stay orders secured by a few landowners, despite being awarded due compensation approved by competent authority, hampered project implementation. Some cases were resolved quickly, while others lingered, waiting for court resolution.

Project Number: 43464-023
Project Name: Himachal Pradesh Clean Energy Transmission Investment Program (Tranche 1)
Report Date:
Lesson
When a project provides substantial climate mitigation and environmental benefits, a project economist with strong background and experience in environmental valuation method can undertake the project economic analysis at appraisal. Usually, energy efficiency improvement projects have very low pay back periods and high economic internal rate of return. ADB should investigate the ways in which it can formalize the use of carbon prices in energy efficiency project economic analysis.

Project Number: 47051-002
Project Name: Chemical Industry Energy Efficiency and Emission Reduction Project
Report Date:
Lesson
A more comprehensive analysis of the road network is crucial to better understand the need for road improvements in given road corridors e.g., surface upgrades, widening, and new roads. While for consistency the project completion report replicated the methodology used during project appraisal, it is observed that traffic forecasts were based solely on economic growth projection of the gross domestic product, and the elasticity of traffic by vehicle type is not justified.

Project Number: 43574-025
Project Name: Uttar Pradesh Major District Roads Improvement Project
Report Date:
Lesson
A project performance management system (PPMS), which was not included in the project design, could have been beneficial for identifying, quantifying, and valuing economic benefits, and help in evaluating the extent of the project’s effectiveness and sustainability

Project Number: 38254-053
Project Name: North Karnataka Urban Sector Investment Program (Tranche 3)
Report Date:
Lesson
A well-designed and functioning project performance monitoring system (PPMS) is critical for the monitoring of project performance and collecting data for economic analyses (among other information). Given the data issues persistent in the Pacific e.g., availability and quality of data, careful thought on designing a comprehensive but implementable i.e., “fit for purpose” PPMS is imperative upon project teams. This can enable better data collection, which can facilitate better post-evaluation.

Project Number: 35448-013
Project Name: Omnibus Infrastructure Development
Report Date:
Lesson
A well-designed project performance management system greatly facilitates the identification, quantification, and valuation of economic benefits, and help in evaluating the extent of the project’s effectiveness.

Project Number: 35173-013
Project Name: Third Small Towns Water Supply and Sanitation Sector Project
Report Date:
Lesson
Sound identification and valuation of costs and benefits in the economic analysis can provide more realistic economic internal rates of return (EIRRs) to indicate a more accurate state of project viability. The economic analysis in the RRP and PCR underestimated the value of the project outputs, particularly the economic benefits of the solid waste management component, which led to a low EIRR. Willingness-to-pay $2 per month for solid waste removal seems too low and unreasonable considering the substantial health and environmental benefits that such removal likely provides.

Project Number: 45507-003
Project Name: Yunnan Chuxiong Urban Environment Improvement Project
Report Date:
Lesson
Understanding changing market conditions during implementation and undertaking timely adjustments in the design in response to the conditions help maintain the relevance of the project and facilitate delivery of outputs within the planned timeline. The minor changes made in the design were instrumental in accelerating the pace of the project after a slow start and in delivering the expected project outputs.

Project Number: 47046-002
Project Name: Gansu Featured Agriculture and Financial Services System Development Project
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Lesson
A well-designed project performance management system is useful in facilitating the identification, quantification, and valuation of economic benefits.

Project Number: 46058-002
Project Name: Qinghai Delingha Concentrated Solar Thermal Power Project
Report Date:
Lesson
Decisions to invest further in concentrated solar thermal power projects, which are capital intensive, critically depends on the feasibility of the location and assessment of environmental risks, as well as the comprehensive and well-justified identification, quantification, and valuation of economic benefits.

Project Number: 46058-002
Project Name: Qinghai Delingha Concentrated Solar Thermal Power Project
Report Date:
Lesson
Strong community support is better assured through collaboration with local groups. Even in baghs (subdistricts) where shelters were not constructed, community support was strong because of the BNGs established by the project. Community ties nurtured through the BNGs have resulted in knowledge exchange, responsibility-sharing among the herders, and efficient use of BNG revolving funds and disaster risk reduction equipment and tools. BNGs organized various activities that benefited the whole community, such as road repairs and fence-building new fences.

Project Number: 48236-001
Project Name: Strengthening Community Resilience to Dzud and Forest and Steppe Fires Project 
Report Date:
Lesson
Small-scale infrastructure can have an added value. The construction of livestock shelters and wells increased agricultural production and reduced livestock losses for many households. The results of this activity inspired other BNGs to build disaster-resilient infrastructure using their own resources. During the project completion review fieldwork missions, local residents expressed gratitude and gave positive feedback on the benefits they received.

Project Number: 48236-001
Project Name: Strengthening Community Resilience to Dzud and Forest and Steppe Fires Project 
Report Date: