Small Hydropower Technical Guidelines
Small Hydropower (SHP) is increasingly seen as an important renewable energy solution to adequately answer the challenge of remote rural areas electrification. However, while most countries in Europe, North and South America, as well as China have high degrees of installed capacity, the potential of SHP in many developing countries remains untapped and is often hindered by the lack of good practices as well as SHP development standards on a global level.
UNIDO, in cooperation with INSHP, through global expert cooperation based on successful experiences, decided to develop the Small Hydropower Technical Guidelines (TGs) to meet the demand coming from Member States. TGs address the current limitations of the regulations applied to the technical guidelines for SHP Plants by applying the expertise and best practices from across the globe. The intention behind TGs is for countries to utilize those guidelines to support their current policy, technology and ecosystems. Countries that have limited institutional and technical capacities will be able to enhance their knowledge in developing SHP plants, thereby attracting more investment, while at the same time encouraging favourable policies and therefore subsequently assisting in economic development at a national level. TGs are a valuable asset for all the countries, especially in sharing the technical know-how and best practices between countries that have limited technical capacities.
The TGs can be taken as principle and basis for planning, designing, construction and management of SHP plants up to 30MW.
- The Terms and Definitions specify the professional technical terms and definitions commonly used for SHP Plants.
- The Design Guidelines provide guidelines for basic requirements, methodology and procedure in terms of site selection, hydrology, geology, project layout, configurations, energy calculations, hydraulics, electromechanical equipment selection, construction, project cost estimates, economic appraisal, financing, social and environmental assessments—with the ultimate goal of achieving the best design solutions.
- The Units Guidelines specify the technical requirements on SHP turbines, generators, hydro turbine governing systems, excitation systems, main valves as well as monitoring, control, protection and DC power supply systems.
- The Construction Guidelines can be used as the guidance technical document for the construction of SHP projects.
- The Management Guidelines provide technical guidance for the management, operation, maintenance, technical renovation and project acceptance of SHP projects.
The use of TGs is highly recommended for training, education and practice in small hydropower development. At the same time suggestions and recommendations for possible TGs updates are very welcomed.
Related Documents
- Small Hydropower Technical Guidelines Brochure
Design
- Part 1: Site Selection Planning
- Part 2: Hydrology
- Part 3: Engineering Geology
- Part 4: Hydraulic Engineering and Energy Calculation
- Part 5: Engineering Layout and Hydraulic Structure
- Part 6-1: Hydraulic Machinery and Turbine Generator
- Part 6-2: Electrical System
- Part 6-3: Hydro Mechanical Works
- Part 7: Construction Planning
- Part 8: Social and Environmental Impact Assessment
- Part 9: Project Cost Estimates
- Part 10: Economic Appraisal
Units
- Part 1: Hydraulic Turbines
- Part 2: Hydro Turbine Generator
- Part 3: Hydro Turbine Governing System
- Part 4: Excitation System
- Part 5: Main Valves
Part 6: Monitoring, Control, Protection and DC Power Supply System
Construction
- Part 1: Civil Works and Hydro Mechanical Structures
Part 2: Installation of Electromechanical Equipment
Management
- Part 1: Project Construction Management
- Part 2: Operation and Maintenance
- Part 3: Technical Renovation
- Part 4: Acceptance of Projects
- SHP_TG_Brochura
Projeto
- Parte 1: Planeamento da selecção do local
- Parte 2: Hidrologia
- Parte 3: Geologia da engenharia
- Parte 4: Engenharia hidráulica e cálculo energético
- Parte 5: Esquema de engenharia e estrutura hidráulica
- Parte 6-1: Máquinas hidráulicas e gerador da turbina
- Parte 6-2: Sistema eléctrico
- Parte 6-3: Obras Hidromecânicas
- Parte 7: Planeamento da construção
- Parte 8: Avaliação do Impacto Social e Ambiental
- Parte 9: Orçamentos do projecto
- Parte 10: Pré-avaliação económica
Parte 11: Elaboração do relatório
Unidades
- Parte 1: Turbinas hidráulicas
- Parte 2: Gerador da turbina hidráulica
- Parte 3: Sistema de controlo da turbina hidráulica
- Parte 4: Sistema de excitação
- Parte 5: Válvulas principais
Parte 6: Supervisão, controlo, protecção e sistema de alimentação de corrente contínua
Construção
- Parte 1: Obras de engenharia civil e estruturas hidromecânicas
Parte 2: Instalação do equipamento electromecânico
Gestão
- Parte 1: Gestão da construção do projecto
- Parte 2: Operação e manutenção
- Parte 3: Renovação Técnica
- Parte 4: Aceitação de Projectos
- SHP_TG_Brochure
Conception
- Partie 1 : Planification de la sélection des sites
- Partie 2 : Hydrologie
- Partie 3 : Géologie d’ingénierie
- Partie 4 : Ingénierie hydraulique et calculs énergétiques
- Partie 5 : Plan d'ingénierie et structure hydraulique
- Partie 6-1 : Machines hydrauliques et turbo-alternateur
- Partie 6-2 : Système électrique
- Partie 6-3 : Ouvrages hydromécaniques
- Partie 7 : Planification de la construction
- Partie 8 : Évaluation des impacts sociaux et environnementaux
- Partie 9 : Estimation des coûts du projet
- Partie 10 : Évaluation économique
Partie 11 : Élaboration du rapport
Unités
- Partie 1 : Turbines hydrauliques
- Partie 2 : Générateur de turbine hydraulique
- Partie 3 : Système de régulation de turbine hydraulique
- Partie 4 : Système d'excitation
- Partie 5 : Vannes principales
Construction
- Partie 1 : Travaux de génie civil et structures hydromécaniques
Partie 2 : Installation des équipements électromécaniques
Gestion
- Partie 1 : Gestion de la construction du projet
- Partie 2 : Exploitation et maintenance
- Partie 3 : Rénovation technique
- Partie 4 : Acceptation des projets
- SHP_TG_Folleto
Diseño
- Parte 1: Planificación de la selección del sitio
- Parte 2: Hidrología
- Parte 3: Ingeniería geológica
- Parte 4: Ingeniería hidráulica y cálculo energético
- Parte 5: Diseño de ingeniería y estructura hidráulica
- Parte 6-1: Maquinaria hidráulica y turbogenerador
- Parte 6-2: Sistema de potencia
- Parte 6-3: Obras hidromecánicas
- Parte 7: Planificación de la construcción
- Parte 8: Evaluación del impacto social y ambiental
- Parte 9: Estimación de los costos del proyecto
- Parte 10: Evaluación económica
Parte 11: Elaboración de informes
Unidades
- Parte 1: Turbinas hidráulicas
- Parte 2: Turbogenerador hidráulico
- Parte 3: Sistema del gobernador de la turbina hidráulica
- Parte 4: Sistema de excitación
- Parte 5: Válvulas principales
Parte 6: Sistema de supervisión, control, protección y fuente de alimentación de corriente directa
Construcción
- Parte 1: Obras de ingeniería civil y estructuras hidromecánicas
Parte 2: Instalación de equipos electromecánicos
Gestión
- Parte 1: Gestión de la construcción del proyecto
- Parte 2: Funcionamiento y mantenimiento
- Parte 3: Renovación técnica
- Parte 4: Aceptación de proyectos