Engineering/Procurement/Construction, PV Project
Tender Award
Financing: KfW Entwicklungsbank
Brief Description of the Contract:
engineering, procurement and construction (EPC) of the Rosh Pinah 70MW PV Project
Your company is already operating in Germany and you would now like to export worldwide?
Tender Award
Financing: KfW Entwicklungsbank
Brief Description of the Contract:
engineering, procurement and construction (EPC) of the Rosh Pinah 70MW PV Project
Tender Award
Financing: KfW Entwicklungsbank
Brief description of the Contract:
Preparation of the preliminary and detailed studies as well as the environmental impact studies for the second phase of the construction of a drinking water supply network and a PV-Solar park in rural parts of the governorate of Béja
Deadline Extension
Deadline: Sep 27, 2024
Financing: KfW Entwicklungsbank
Requested services:
Design, supply and installation of three grid connected utility-scale ground-mounted photovoltaic systems in Middle Marshyangdi Hydroelectric Project (Lamjung) at least 1.6 MW, in Surkhet at least 2.0 MW and in Gandak (Nawalparasi) at least 5.8 MW, respectively. (FIDIC Yellow Book)
Prequalification
Deadline: Oct 10, 2024
Financing: KfW Entwicklungsbank
Requested Services:
Develop, finance, implement and maintain mini-grids in northern, central and eastern regions of Uganda under a Public Private Partnership with the objective of rural electrification
PQ-Result
Financing: KfW Entwicklungsbank
Requested services
The Government Goes Solar (GGS) Project concerns the installation of distributed solar photovoltaic (PV) systems (e.g. on rooftops, car ports and open fields) with an estimated total generation capacity of 22 MWp. The solar PV systems shall contribute to the climate-friendly and cost-effective coverage of the electricity demand of up to thirty-eight (38) selected Ministries, Departments and Agencies (MDAs) and selected Public Tertiary Institutions (PTIs) in Ghana. German bilateral...
PQ-Result
Financing: KfW Entwicklungsbank
Project:
The objective of the project is to enhance electricity supply in isolated rural areas through the development of climate-friendly renewable energy sources. This will be achieved by installing photovoltaic power plants, battery energy storage systems, connecting households, public infrastructure, and other potential clients, as well as establishing an electricity distribution network and kits in villages. Additionally, the villages will be connected to the photovoltaic power plants.
Services...
PQ-Result
Financing: KfW Entwicklungsbank
Requested services:
Qualified independent consultants are invited to submit prequalification documents for consulting services of the a.m. project. The consulting services comprise the preparation of a fully-fledged Feasibility Study and the preparation of Technical Specifications up to the level of Preliminary Design Documentation.
Tender Award
Financing: KfW Entwicklungsbank
Brief description of the Contract:
The project concerns the elaboration of a Feasibility Study (FS) assessing and preparing measures for expanding the capacities for skills development in Renewable Energies (RE) in South Africa. The purpose of the project is to support South Africa’s Just Energy Transition (JET) process through the promotion of artisanal skills in RE and at the same time seizing employment and income opportunities for a social and inclusive development.
The FS-Team shall provide...
Tender Award
Financing: KfW Entwicklungsbank
Brief description of the Contract:
The overall objective of this assignment is to support Infrastructure Development Company Limited (IDCOL) in the successful and timely implementation of the second and third phase of the Renewable Energy Program (REP II & III), to be financed under German Financial Cooperation with Bangladesh.
The principal objective of REP II & III is to improve access to renewable sources, focusing on utility-scale PV and wind power plants, decentralized biogas-based electricity...
Tender Award
Financing: KfW Entwicklungsbank
Project:
The project comprises: 1) construction of solar collectors with an approx. area of 69,000 m2, 2) construction of a seasonal pit storage with a capacity of approx. 410,000 m3, 3) construction and installation of an absorption heat pump (AHP) with an auxiliary heating component (AHC); and connection with the seasonal storage, 4) construction of an approx.1.6 km connection line between AHP and cogeneration plant transmission line, 5) construction of an approx. 4.2 km connection line between the...