Deadline: 07-Oct-2019 at 11:59:59 PM (Eastern Time – Washington D.C.)
Scope of Work
The assignment has four components:
(i) Develop RE Competitive Bidding Strategy, including volume and timeline recommendations, type of bidding, roles of key agencies, and ensuring maximum economic benefit over the long-term;
(ii) Procurement Framework for Competitive Bidding, including consideration of qualification requirements, winner selection process, and sellers liabilities;
(iii) Stakeholder Consultations and Capacity Building, including regular workshops, briefings, and other engagement to ensure that all key federal and provincial agencies, and private sector developers and investors, are consulted regularly;
(iv) RE Competitive Bidding Action Plan, including a capacity assessment of key agencies, communication strategy, and immediate next steps for implementation.
Deadline: 25-Sep-2019 at 11:59:59 PM (Eastern Time – Washington D.C.)
Battery electric storage systems (BESS) are increasingly being used for power system applications such as grid stabilization, load shifting, grid operational support, power quality improvement, reliability management and enhancing rooftop solar hosting capability. The BESSs could also perform an important role in providing arbitrage and increasing the value of renewable energy resources. The benefits that electric storage systems bring in are, namely: electric energy time shift or energy arbitrage, frequency regulation, voltage and reactive power support, Peak /congestion management, Technical loss reduction and asset life enhancement, distribution upgrade deferral, spinning, non-spinning, and supplemental (black start) reserves, power quality improvement, power reliability improvement and demand charge management. BESS systems at the distribution level may displace diesel gensets which commonly backstop system reliability.
Deadline: 27-May-2019 at 11:59:59 PM (Eastern Time – Washington D.C.)
The objective of this work is to enable the integration of variable renewable energy (VRE) and battery storage into the Zanzibar electricity grid, thereby contributing to the Revolutionary Government of Zanzibars (RGOZ) efforts in energy security, diversification of supply options and financial and operational sustainability. The study will provide guidance to Zanzibar on the techno-economic underpinnings for developing and integrating variable renewable energy technologies into the power system, and the possible implications on structuring of the ownership of storage and solar as a PPP.
This story is part of a series that will run ahead of the third edition of the One Planet Summit which will take place in Nairobi, Kenya, on March 14, 2019. The Summit will bring together global leaders, entrepreneurs, international organizations, and civil society, to help accelerate and focus attention on climate investments in line with the Paris Agreement objectives. The Summit will focus on promoting renewable energies, fostering resilience and adaptation and protecting biodiversity in Africa. Follow #OnePlanet for live updates and tune in live on March 14.
Deadline: 18-Jul-2018 at 11:59:59 PM (Eastern Time – Washington D.C.)
The envisaged scope of work will involve four tasks, as follows: (i) Grid integration analysis including an identification of substations that can accommodate solar and/or wind capacity without major upgrades, and those that would require major transmission and/or substation upgrades to allow the addition of VRE capacity; (ii) Assessment and ranking of renewable energy zones using the MapRE tool and utilization the best available data on solar and wind resource potential, transmission lines, elevation, land use, protected and sensitive areas, settlements, and other relevant data; and combining of this data with the results from the grid integration analysis; (iii) More detailed identification of potential sites for solar parks, using the results from the prior work to carry out a land availability analysis that investigates land ownership and other issues in a 10km radius around high ranking substations; (iv) Development of a solar park strategy, based on lessons learned from Quaid-e-Azam Solar Park, international experiences, discussions with key public sector agencies, and consultations with private sector developers.
Deadline: 19-Mar-2018 at 11:59:59 PM (Eastern Time – Washington D.C.)
Objective: IFC is looking for a consulting firm (the Consultant) to support ZESCO in assessing the integration of variable renewable energy (VRE) into the power system of Zambia. ZESCO is a government-owned electricity utility in Zambia. The assignment aims to build the capacity of ZESCO in relation to the integration of VRE in order to: i) ensure the continued stability of the system as the penetration of variable renewable energy (VRE) increases and ii) ensure the efficient integration of VRE capacity. The scope of work will include a comprehensive review of ZESCO’s existing grid practices in order to determine the infrastructure and operational constraints that have to be addressed to facilitate the targeted levels of VRE penetration. The assignment also includes the identification and practical implementation of a range of measures and system upgrades. In addition, the assignment is to review and recommend improvements to the existing Grid Code for appropriateness for VRE integration.
Deadline: 06-Sep-2017 at 11:59:59 PM (Eastern Time – Washington D.C.)
The IFC on behalf of its Renewable Energy Sector Projects in the EMENA Region is looking for the consultant, which will assist IFCs EMENA team to evaluate client projects, and support IFCs investment team, monitor the performance of client projects against IFC Performance standards and build work with IFCs EMENA team to build capacity with clients and other stakeholders as required.
Deadline: 06-Jun-2017 at 11:59:59 PM (Eastern Time – Washington D.C.)
The general objective of the assignment consists of establishing a term funding platform through capital markets for the renewable energy industry to provide an additional source of funds that would be comparatively inexpensive and could reduce the weighted average cost of capital for a given renewable energy project or portfolio, at the same time that the diversification of innovative financial products is increased, with advantageous cost, such Green Bonds and Asset Backed Securitization, to fund its operations over the mid- to long-term, aiming to attract a broader range of investors to the renewable energy market. As a first step, the main task consists of a detailed feasibility study to assess the viability of securitizing the underlying cash flows or power purchase agreement (PPA), of a given renewable energy portfolio of projects.
Deadline: 29-May-2017 at 11:59:59 PM (Eastern Time – Washington D.C.)
To support our work, IFC is seeking a Strategy Consultant, who can support the Manager of Cross-Cutting Advisory Solutions Clean Energy & Resource Efficiency Unit [the Manager] in IFCs Istanbul Office for a 150-day contract. The Consultant will perform a variety of strategic planning and project management tasks. These tasks include, but are not limited to the following:
- Strengthen and enhance the Clean Energy & Resource Efficiency’s operations and interactions with other parts of the World Bank Group (Global Practices, Cross-Cutting Solution Areas, IFC and Regional Teams);
- Provide input, analysis and recommendations across portfolio and operations related matters to support the Manager; liaise with relevant parties to collect and compile data from a variety of sources; conduct analyses; prepare analytical reports and/or presentations for dissemination;
- Support the Manager in monitoring and managing deliveries;
- Analyzing IFC portfolio and investment pipeline data by drawing from sources such as iDesk (IFCs system of record);
- Assist in the development of strategy documents and dissemination to relevant stakeholders;
- Coordinate with colleagues from other functions (Human Resources, communications, fundraising, budget, Monitoring & Evaluation, quality, knowledge management) to ensure smooth functioning of the teams operations.