IN-Solar (Innovative New Solar Areas)

IN-Solar (Innovative New Solar Areas)
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IN-Solar (Innovative New Solar Areas)

Objective

  • The Ministry of New and Renewable Energy (MNRE) will have an improved decision-making basis for the promotion of area-efficient PV from domestic production.
  • Organizations in the field of Research and development can assess the suitability of innovative solutions for space-efficient PV use.
  • To provide policy advice to strengthen India technology, leadership, application oriented research.

Description

The project is working on the development of innovative areas of PV, which have not been identified as potential but would be required to be developed to meet the country target of 450GW by 2030. The main aim is the improved conditions for use of innovative, low competition areas for use of land for the expansion of photovoltaic.

Field of intervention

  • Evaluation of expert opinions of internationally recognized research institutes on suitability on the basis of practical testing or feasibility studies and/or peer-reviewed articles regarding technical suitability and land requirements.
  • Research and development (R&D) cooperations for the suitability testing of novel, area-efficient PV tech-nology applications for the Indian market were estab-lished between Indian and German research institutes and/or companies.
  • Capacity building activities for marketing tools and instruments for rooftop PV among different sectors.
  • To demonstrate use of solar in public space known as Urban PV, the project supported for the demonstration of a ‘plug-n-play’ solar PV at various prominent places to create awareness and business models for public charging stations powered by Solar.
  • To meet electricity requirement through Renewable Energy, the project is supporting in solarizartion of an Indian state in the concept development and providing consultancy and implementation support.

Targeted beneficiaries

  • National Level – Ministry of New and Renewable Energy
  • State Level – State Nodal Agency, Electricicty Distribution Companies, State Government Departments
  • Municipal Level – Municipal Corporation, Electrcicty Consumers (Residential, Commercial and Government)

Highlight activities

  • 5 new space-efficient PV technology applications- Agri PV, Floating PV, Building Integrated PV, Urban PV and Road Integrated PV for the Indian market were demonstrated.
  • To demonstrate use of solar in public space known as Urban PV, the project installed 2 such systems at Akhshardham Temple, New Delhi.
COUNTRY

India

DURATION

April 2021 - March 2024

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Indo-German Solar Energy Partnership (IGSEP) – Rooftop 2
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Indo-German Solar Energy Partnership (IGSEP) – Rooftop 2

Objective

  • The project is developing market forces while introducing enabling mechanisms and facilitating investments in rooftop PV systems.
  • The core focus of the project is to develop the market through competition and to work systematically in selected project areas in association with the four core actors namely
    • State Nodal Agencies (SNAs)
    • Distribution Licensees (DISCOMs)
    • Municipal Corporations, licensing authorities and local enterprises in selected municipal areas
    • Market participants (project developer, investors, etc.)
  • The project operates in four different activities, to achieve the aforementioned objective
    • Ensuring a long-term commitment on the part of DISCOMs
    • Creating conducive local (municipal) conditions
    • Promoting and implementing successful business models
    • Disseminating information and upscaling
    • Capacity building of Solar rooftop industry

Description

  • The project is being implemented in cooperation with Ministry of New and Renewable Energy in India. The project is active in 11 Indian States namely – Gujarat, Maharashtra, Daman & Diu, Dadra & Nagar Haveli, Himachal Pradesh, Uttarakhand, Jammu & Kashmir, West Bengal and Arunachal Pradesh.
  • The project objective to achieve newly installed capacity (in megawatts [MW]) of rooftop PV systems that is added each year has doubled overall in the states in which the project is active (e.g. works with municipal corporations, distribution companies.

Field of intervention

  • Implemented selected business models to stimulate the installation of PV rooftop systems, some with integrated electric battery storage systems
  • Cooperation with munical actors for developing prerequisites to make decisions for an accelerated expansion of PV rooftop systems.
  • Cooperation with selected electricity suppliers for developing prerequisites to adapt their business to an increase in PV rooftop systems.
  • Identified and analyzed causes of sub-optimal performance, quantify those in terms of contribution to loss in generation and propose cost-optimal solutions to fix the quality issues and focus on logistics related aspects of installed rooftop PV Systems.
  • Analysis of Indian distribution systems for the integration of high shares of rooftop PV / Integration of renewable energies in the Indian electricity system (I-RE)

Targeted beneficiaries

  • National Level – Ministry of New and Renewable Energy
  • State Level – State Nodal Agency, Electricicty Distribution Companies, State Government Departments
  • Municipal Level – Municipal Corporation, Electrcicty Consumers (Residential, Commercial and Government) and Students.

Highlight activities

  • The project has achived 3000MW of solar rooftop capacity installations in the 11 States.
  • Created online portals for selected Indian states to ease out the installation process of distributed solar PV for all the relevant actors.
  • Conducted virtual/digital training on the topic “Solar Rooftop testing and Inspection” in the state of Gujarat.
  • Launched an online training platform- Solar PathSala to offer Solar PV related courses to the DISCOMs and other stakeholders
  • Provided tools to GUVNL (DISCOM) for smooth inspection of systems and management of applications.
  • Installation of a hybrid system of solar power and battery energy storage system to decongestion of LT network, improvement in power system reliability, managing load during peak time and managing the distribution transformer loading.
  • Empowered the young unemployed skilled workforce through upskilling and vocational training- Indian Solar PV Rooftop Installer Skilling and Employment (IRISE)
  • Awareness campaigns to help consumers take advantage of the range of benefits of rooftop solar.
COUNTRY

India

DURATION

January 2017 - December 2022

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Integration of Renewable Energies into the Indian Electricity Systems (I-RE)
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Integration of Renewable Energies into the Indian Electricity Systems (I-RE)

Objective

The objective of the project is to strengthen the Ministry of New and Renewable Energy – MNRE and other stakeholders, on aspects related to grid integration of distributed solar energy and electrical storage with an objective to achieve the envisaged government targets. In particular, the project would additionally support MNRE for the following objectives:

  • Identify and support selected prominent and historical cities for development of 100% RE roadmap and demonstration projects.
  • Support Discoms (electricity distribution companies) to enable a transformation towards a low-emission, climate compatible and sustainable energy supply.

Description

The project is being implemented in cooperation with the Ministry of New and Renewable Energy. The project has initiated and executed several technical studies, trainings and pilot project implementation to support MNRE in the field of renewable energy planning and framework design for the dissemination of renewable energies, specifically distributed grid-connected PV.

The project combines climate and energy policies, particularly in urban development and supports key climate and energy policy stakeholders (mainly distribution network operators) in the transition to a low-emission energy sector with the aim of achieving the national climate targets and NDCs. The project also develops framework conditions for a decentralised PV energy supply, demonstrating its feasibility by means of a prototype.

With a new focus on the decarbonisation of the cities, the project is also supporting cities in India (either a tourist place or a capital) which shall be developed as “Renewable Energy- RE” City.

Field of intervention

  • Considering the Government of India’s vision of identifying and developing Solar/ RE Cities i.e. where the electricity requirements of the cities will be met through Renewable Energy, the project is supporting 4 cities in the concept development and providing consultancy and implementation support for its transformation into ‘RE Cities’.
  • To demonstrate use of solar in public space known as Urban PV, the project supported for the demonstration of a ‘plug-n-play’ solar PV at various prominent places to create awareness and business models for public charging stations powered by Solar.
  • Focusing on analyzing the hosting capacities for the electrical transformers in the distribution grids, the project also commissioned a grid integration study which helped the regulators in modifying the hosting capacities of grid connected dirstributed solar PV systems.

Targeted beneficiaries

  • National Level – Ministry of New and Renewable Energy
  • State Level – State Nodal Agency, Electricicty Distribution Companies, State Government Departments
  • Municipal Level – Municipal Corporation, Electrcicty Consumers (Residential, Commercial and Government) and Students.

Highlight activities

  • The project has entered into Memorandum of Understandings with the city nodal agencies, municipal corporations of Ayodhya (UP), Amritsar (PB), Gandhinagar (GJ) and Thiruvananthapuram (KL) for its development into a 100% RE City.
  • As per workplan, the project has developed energy action plans for each of the city which would assist the city to follow a cleaner and greener pathway, to reduce greenhouse gases (GHG) and make use of climate related benefits, while achieving other development goals. Additionally, the project will develop roadmap on how each of the four cities can meet their electricity needs with 100% Renewable Energy (RE)
  • As per the plan, the project has estimated a cumulative of 1500 MWp of ‘distributed solar PV system’ across the 4 cities using a combination of satellite images, drone and in-person surveys.
  • Additionally, the project is also working toward the aggregation of the estimated potential across various consumer categories. By training and emapanelling >700 volunteers across the 4 cities, the project is creating a “Local Implementation Network” for the promotion and proliferation of distributed solar PV systems across residential consumers.
  • The project has developed the project implementation strategy and is providing implementation support to city nodal agencies for the deployment of >15 MWp of solar PV systems across govt. buildings.
  • Additionally, to demonstrate use of solar in public space known as Urban PV, the project installed 40 such systems across prominent locations in Gandhinagar (GJ).
  • Under a study, the project also identified and evaluated major technical challenges in integrating large number of decentralised solar PV systems in the electrcicty distribution grid. Additionally, the project evaluated technical solutions to address these challenges and help distribution companies to prepare their networks in accommodating these systems.
  • In a subsequent study, the project scientifically estimated the role of solar rooftop PV and battery storage in providing the grid support services such as active/reactive power support and balancing services.

Success stories

Improving the ecosystem for integration of the decentralised solar PV systems into the electricity distribution grid.

The GIZ project team undertook multiple studies with an aim to prepare the electricity distribution companies for the significant addition of the distributed renewable energy systems – DREs into the electricity distribution grid without affecting the reliable grid operations. The results of these studies and subsequent capacity buildings expercises resulted in the effective network planning, amendments in the regulations to enhance the DREs capacity and augmentation of networkd for the safe and reliable operations. Using the results of the study multiple electricity distribution companies increased their DRE hosting capacity v/s the distribution transformer capacity. An electricity distribution company – BRPL (Delhi) based on the recommendations developed a project to pilot PV+BESS systems for grid anicilary services.

Transforming the cities in India into RE City

GIZ is supporting 4 cities for its development into 100% RE city where the energy needs of the city will be fulfilled by Renewable Energy.  The project is in process of developing an “energy action plan” and a “100% RE roadmap” which would assist the city in mainstreaming ‘low-carbon’ energy planning in the urban context.  For the implementation support, the project team has estimated a potential of 1500 MWp of distributed solar PV systems across the cities. The project is working towards the aggregation of the demand of solar PV systems by developing the project implementation strategy and implementations support for  > 15 MWp across govt buildings. By identifying, training, empanelling and incentiving >700 volunteers, the project supported in the demand aggregations of multi MWp’s of solar rooftop systems across residential consumers.

COUNTRY

India

DURATION

November 2014 - January 2023

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Demonstration of micro-pumps for smallholder farmers to improve access to water. Copyright: GIZ Nepal
Promotion of Solar Technologies for Economic Development (POSTED)
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Promotion of Solar Technologies for Economic Development (POSTED)

Objectives

  • Improving the legal framework conditions for the application of solar technologies for economic development at the sub-national level.
  • Improving the range of basic and advanced training courses for the planning and use of solar technologies.
  • Strengthening the technological prerequisites for controlling and monitoring the effects of solar systems on the climate, environment, and natural resources.

Description

The POSTED project aims to improve the enabling environment for disseminating solar photovoltaic (PV) technologies such as solar pumps for agricultural irrigation, solar-powered mini-grids, and solar rooftop systems for the energy supply in selected provinces of Nepal. To achieve this, the project aims on supporting an enabling legislative framework and upgrading the competencies of the public and private actors at the sub-national level for planning, management, and long-term maintenance of the promoted solar systems. Additionally, the project focuses on economic development through PV technologies and on developing digital solutions that contribute to planning and monitoring impacts on the environment, climate and local resources.

Approach/Field of intervention

The POSTED project facilitates the transition to a greener economy through an improved enabling environment to expand PV technologies. The project operates in the following different activities to achieve the aforementioned objectives.

  • Incentive schemes for solar technologies: By focusing on providing recommendations for improving the existing legislative framework, incentive schemes and their delivery mechanisms, the project aims to accelerate the deployment of solar technologies, improve the coordination between key state actors and enhance the sustainability of solar projects financed with public resources. POSTED is also providing support to sub-national governments to promote and incentivize solar technologies.
  • Technical standards and guidelines: The project provides technical assistance for the development of technical guidelines for the design and implementation of solar systems. This will support the private sector during the design process and maintenance as well as the public sector during quality control for building and managing more robust and reliable PV installations.
  • Capacity development: The project is cooperating with vocational training institutions and universities, to design and offer courses for public and private actors to improve the quality of planning, management and long-term maintenance of the promoted solar systems. A strong focus on women and youth contributes to developing the next generation of solar experts in the country.
  • Digital systems for planning and monitoring: To measure the impacts of solar technologies, the project is working on the development of digital tools. Among others, the project aims to adapt digital systems for the design and sizing of solar irrigation systems as well as monitoring groundwater withdrawal. The project is also contributing to the enhancement of the existing national renewable energy data management system by developing modules for estimating avoided greenhouse gas emissions and tracking electronic waste generated by solar projects.

Targeted beneficiaries

Population groups living in remote areas, farmers and businesses where electricity supply contributes to the economic and social development of individual households, enterprises, and smallholder farmers.

Highlight activities /Achievements

  • Operational plan developed and agreed upon with AEPC
  • Inspected existing PV systems – assessed the sustainability
  • Provided input for improving subsidy delivery mechanisms
  • Provided input for the update of quality standards (NEPQA)
  • Identified gaps in current technical guidelines for solar PV
  • Held interviews with ~60 private sector companies regarding their challenges and capacity deficits
COUNTRY

ASIA , Nepal

DURATION

June 2021 - December 2023

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Renewable Energy and Energy Efficiency Programme (REEEP)
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Renewable Energy and Energy Efficiency Programme (REEEP)

Objectives

  • Regulatory, institutional, and private-sector conditions for disseminating renewable energy and increasing energy efficiency are created
  • The institutional and regulatory framework for renewable energy (RE) and energy efficiency (EE) promotion at a national level is improved
  • Institutional frameworks for participatory RE and EE promotion have been set up at the sub-national level
  • The capacities of the private sector for market development for RE and EE technologies and services have been strengthened
  • A system for the dissemination of knowledge, further training, advice, and the exchange of experiences in the field of RE and EE is offered by partner institutions

Description

REEEP builds on the achievements of the Nepal Energy Efficiency Programme (NEEP) and the Renewable Energy for Rural Areas (RERA) project, fostering the efficient and sustainable use of energy, and promoting renewable energy in rural areas. REEEP strengthens the long-term promotion of RE and EE in Nepal by establishing the necessary institutional structures, processes, instruments, and coordination mechanisms at the federal and sub-national level, as well as by supporting the private sector to introduce sustainable business models and technologies while increasing private sector investment in RE and EE at the same time.

Approach/Field of intervention

Within the framework of BMZ 2030, the project sustainably concludes the integration of successful approaches of the previous bilateral energy projects into the partner structure (government, private sector, NGOs, cooperatives, development partners). Hereby, REEEP adapts a multi-level approach across the three tiers of government:

  • Institutional Framework at National Level: The project improves the institutional and regulatory framework for RE and EE promotion at the federal level. Together with the Ministry of Energy, Water Resources and Irrigation (MoEWRI, Lead Executing Agency) and the Alternative Energy Promotion Centre (AEPC), the project supports the formulation of pertinent legal regulations, provisions, and standards including the ratification of the Energy Efficiency Bill, the National Energy Efficiency Action Plan (NEEAP), and improves the existing framework for RE and EE financing.
  • Institutional Framework at Sub-National Level: The project supports the creation and improvement of institutional structures for participatory RE and EE promotion on the sub-national governments. This is achieved by promoting coordination among the government as well as non-government stakeholders, upskilling energy units at the sub-national level, advising on energy planning and developing as well as implementing RE and EE projects that promote participatory and inclusive socio-economic development.
  • Capacity Development of Private Sector: The project collaborates with the private sector to strengthen its capacities for developing markets for RE and EE technologies and services. RE and EE market development is supported through sustainable business models with activities like identification and dissemination of proven technologies, development of networks/ platforms for sharing of market information, unlocking /elaboration of RE and EE financing mechanism, and setting up of local service centers for the provision of RE and EE services.
  • Capacity Development and Knowledge Management: Together with AEPC, the project develops instruments/ tools/ platforms that offer knowledge-sharing, upskilling, accessing advice, and exchange of experiences on successful approaches in the RE and EE

Targeted beneficiaries

Nepal’s population benefits from improved and affordable access to modern energy i.e. electricity supply. Private sector, subnational, and national government officials and experts benefit from improved capacities for RE and EE development and dissemination at the intermediary level.

Highlight activities /Achievements

  • Institutionalization of energy efficiency: Cabinet decision establishing the Alternative Energy Promotion Centre (AEPC) as the first government energy efficiency entity in Nepal.
  • Policy and legal framework: Draft of the Energy Efficiency and Conservation Bill is prepared and endorsed by the cabinet. Draft of the National Energy Efficiency Action Plan (NEEAP) prepared. Energy Efficiency Strategy (EEST) and Biomass Energy Strategy (BEST) are adopted by the government. Establishment and promotion of national benchmarks for efficiency of improved cooking stoves.
  • Introduction of cogeneration as a source in Nepal’s energy mix– including policy decisions on cogeneration from Sugar industries.
  • Development of human resource capacity for energy audit and energy management (> 150 energy auditors, energy managers). Promotion of energy efficiency at energy-intensive institutions, enterprises and industries, through energy audits and the introduction of standardised energy management plans resulting in annual savings of 18,360 MWh of electrical energy and 108,707 MWh thermal energy contributing to a reduction in carbon emissions of 29,120 tonnes per annum (as of 2020).
  • The Occupational Profile (OP) and the National Occupational Skill Standard (NOSS) for “Energy Auditor” has been developed and formally approved by the National Skill Testing Board (NSTB). Development of bachelor’s in engineering courses on energy efficiency and energy audits in cooperation with the Institute of Engineering, Tribhuvan University.
  • The Nepal Electricity Authority (NEA) has introduced a digital information system to analyse its customers’ consumption patterns and a digital monitoring system to monitor the efficiency of the supply infrastructure.
  • NMB Bank has included a financing mechanism for energy efficiency in its product portfolio.
  • 56,424 people got access to modern and clean energy services (31,110 – people have access to electricity and 25,314 – people have access to improved cooking).
  • 8,070 people got access to water at their doorstep through solar drinking water projects.
  • Installation of 6,890 renewable energy technologies (RETs), resulting in 7916 tons of CO2 equivalent were mitigated annually.
  • Endorsement of Rural Energy Policies by 90 local governments (the project developed model RE policy) to facilitate the implementation of RE projects/programmes.
  • Establishment of 80 Energy Development Sub-Committees within local governments to oversee the development of RE projects/programmes
  • Sensitized, capacitated, and enabled 168 out of 225 local governments in Province 1 and 7 to plan, promote and implement RE projects through orientation and virtual/physical meetings.
  • Set-up of a Revolving Loan Fund for providing credit financing of RE projects with a commercial bank. The contribution of the commercial bank to the credit fund is three-fold the contribution of BMZ with the overall fund amounting to EUR 2.72 million.

Success stories

Having spent a decade in Kuwait, the Nepali migrant worker Manoj Thakur returned home with the resolve to start his own business. But it wasn’t easy to raise funds. Sahara Savings and Credit Cooperative helped him realize his plans. Thakur borrowed Rs 50,000 ($ 500) from the cooperative and started operating a Hair Salon in Ilam district. Though his business was off to a good start, the lack of regular electricity supply was hampering his business. He hit upon the idea of installing a solar PV system for electricity so that he no longer had to worry about the supply. He went back to the cooperative, which provided him a second loan of Rs. 55,000 ($ 550) for a 160-watt-peak solar system. Thakur used the money to buy three LED lights, an electric hair-cutting machine, and a fan. Soon, people started streaming into his salon for a haircut and his income has doubled since the installation of the solar PV system. Thakur now earns Rs 40,000 ($ 400) to Rs 50,000 ($ 500) a month. His two children go to a nearby boarding school.

NMB Bank and RERA joint forces to establish the Revolving Loan Fund to offer affordable credit financing to rural households through local Micro Finance Institutions, as well as to larger RE projects directly.

Mr. Thakur says, that ‘’at one point, I had even thought of quitting my business. Now I am no longer worried. My earnings are good enough so that I could pay off my debts and can cover my household expenses. This became possible after Sahara (cooperative) issued a loan for me to invest in solar PV energy.  Today, instead of toiling in a foreign land, I am working in my own country,” he said.

Institutionalization of Energy Efficiency in Nepal

With direct advice and expertise from the Nepal Energy Efficiency Programme (NEEP), the Government of Nepal (GoN) has started establishing policy and regulatory frameworks for the planning and implementation of energy efficiency measures in the country. Following the adaptation of the NEEP supported Biomass Energy Strategy and the policy decision for promoting sugarcane cogeneration, which has already led to several Power Purchase Agreements between sugar producers and the state utility Nepal Electricity Authority, GoN has developed and adopted the National Energy Efficiency Strategy (NEEST) in 2018. It is envisaged that the strategy will play a pivotal role in establishing necessary policy, regulatory and institutional frameworks required for the implementation and monitoring of energy efficiency programs as well as for interagency coordination. Moreover, the Ministry of Energy, Water Resources and Irrigation (MoEWRI), the executing agency of NEEP, has also drafted a bill on energy efficiency and energy conservation. In addition, GoN has also begun to institutionalize energy efficiency in the country. Through the seventh revision of the Alternative Energy Promotion Development Board Formation Order, the GoN has established the Alternative Energy Promotion Centre (AEPC) as the first energy efficiency government entity in Nepal.

“National and international experiences have shown that energy efficiency can be a reliable resource in the sustainable energy mix. With support from NEEP, Nepal has made remarkable achievements in the promotion of energy efficiency during the short span. The Biomass Energy Strategy 2017 and National Energy Efficiency Strategy 2018 are the key strategies adopted by the GoN for the development of energy efficiency sector. Energy Efficiency and Conservation Bill is currently under consideration by the Cabinet for submission to the Parliament. AEPC, the mandated institution of the GoN to work in the areas of renewable energy and energy efficiency under the purview of MoEWRI, is keenly moving forward by building collaborations with the relevant partners and stakeholders in creating awareness at various levels, developing institutional structures and capacities, and formulating suitable regulatory framework for the institutionalization of energy efficiency in Nepal.”

Mr. Nawa Raj Dhakal, Deputy, Executive Director, AEPC, MoEWRI

COUNTRY

ASIA , Nepal

DURATION

July 2021 - December 2023

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Electrification through Renewable Energies – ELREN
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Electrification through Renewable Energies – ELREN

COUNTRY

Indonesia

DURATION

01 January 2017 - 30 June 2019

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Energy Efficiency and Grid Integration of Renewable Energy II
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Energy Efficiency and Grid Integration of Renewable Energy II

COUNTRY

Bangladesh

DURATION

01 June 2021 - 31 January 2022

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Smart grids for renewable energies and energy efficiency
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Smart grids for renewable energies and energy efficiency

Objectives

The Smart Grids for Renewable Energy and Energy Efficiency Project supports Vietnamese power sector’s experts in developing a smart supply system, which allows for an increased integration of renewable energies and supports greater energy efficiency.

Description

The Smart Grids for Renewable Energy and Energy Efficiency Project supports the Government of Vietnam in the implementation of its Smart Grid Roadmap, which aims to promote the modernization and automation of the national power transmission and distribution system.

The project works closely with the Electricity Regulatory Authority of Vietnam (ERAV), which is a subordinate of the Ministry of Industry and Trade (MOIT), to support experts of the Vietnamese power sector in developing a “Smart Grid”, i.e. the digitalization and flexibilization of the power supply system. The smart grid, as a result, will allow integration of an increasing share of renewable energies and supports greater energy efficiency in the country.

The project focuses on three main Action Areas: (1) Legal and Regulatory Framework; (2) Capacity Development and (3) Technology Cooperation.

Approach/Field of intervention

Legal and Regulatory Framework

  • Strategic advice on future power system development and establishment of a sector-wide stakeholder dialogue
  • Supporting the development of regulations with the emphasis on the grid integration of renewable energies as well as the flexibilization and digitalization of the power system with smart technologies

Capacity Development

  • Establishing a Knowledge Network on Smart Grid technologies for Vietnamese power system experts. Find more at http://smart-grid.vn/
  • Trainings on Smart Grid technologies, innovative power system operation and planning with high shares of renewable energies

Technology Cooperation

  • Promoting the application of state-of-the-art Smart Grid technologies
  • Intensifying applied research and development, e.g. feasibility tests for smart technology system configurations in laboratories

Targeted beneficiaries

Policy makers, power corporations, research institutions, universities, experts and professionals

Highlight activities

  • Gap analysis and review of the regulatory framework for Smart Grid development that enables integration of renewable energy and energy efficiency
  • Revision of technical codes for facilitating renewable energy integration
  • Promoting implementation of demand response programs
  • Smart Grid Week Viet Nam 2019 for knowledge exchange among local and international energy experts.
  • First website http://smart-grid.vn/ and Facebook group on Smart Grids https://www.facebook.com/groups/smartgridvn established in Vietnam. The group now has more than 800 members.

Video

Success stories

First time national event on smart grid takes place in Vietnam

In early December 2019, GIZ and the Electricity Regulatory Authority of Vietnam (ERAV) hosted the Smart Grid Week Viet Nam in Hanoi, which is the country’s first time large-scale event on the topic.

The Week was a series of workshops, in which the participants discussed trends and vision for Vietnam’s future sustainable power system; exchanged knowledge and experience about smart energy solutions that enable high shares of renewable energy and showcased innovative technologies and applications for the future power system. After the official opening day on 2 December, each following day titled “Power System Innovation Day”, “Smart Grid Symposium Vietnam” and “Future Lab: Internet of Energy” dug deeper into the topic.

Attendance was 300 participants, who were government officials, local and international power system experts, private companies, international development partners, research and academia organizations. Nearly 20 notable speakers from the government, national and international companies, and research institutions delivered their presentations.

The activity is part of the Smart Grids for Renewable Energy and Energy Efficiency (SGREEE) Project, which is jointly implemented by ERAV and GIZ on behalf of the Vietnamese Ministry of Industry and Trade, and BMZ, respectively.

GIZ recommends Vietnam with grid management for optimal operation of renewable energy

Vietnam should consider adopting major solutions for planning and operational grid management if it wants to optimise the operation of renewable energy and make the best use of the clean source in its power system.

The proposals took centre stage in the final workshop ‘Grid management solutions to the optimal operation of renewable energy sources in power system’. GIZ in cooperation with the Electricity Regulatory Authority of Vietnam (ERAV) of the Ministry of Industry and Trade (MOIT) virtually hosted the event on 26 August 2021.

After months of research and working with relevant partners in Vietnam, the GIZ-coordinated consultation group finally put forward key measures on the nation’s planning and operation at the event. In term of planning, the most essential proposal should be the issuance of a reasonable feed-in tariff (FIT) mechanism which varies according to region, time or demand. In term of operation, grid-related and market-related measures, and renewable energy feed-in management were recommended.

The event was part of the Smart Grids for Renewable Energy and Energy Efficiency (SGREEE) project, which is implemented by GIZ and the ERAV/MOIT, and financed by BMZ.

COUNTRY

Viet Nam

DURATION

July 2017 - June 2022

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1000 Islands – Renewable energy for electrifikation Programme (REEP2) in Indonesia
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1000 Islands – Renewable energy for electrifikation Programme (REEP2) in Indonesia

COUNTRY

Indonesia

DURATION

January 2021 - December 2023

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Commercial & Industrial Rooftop Solar (CIRTS)
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Commercial & Industrial Rooftop Solar (CIRTS)

Rooftop solar installed in the Vietnam-based Southern Power Corporation's (EVNSPC), which is among CIRTS’s partners. Copyright: GIZ

Objectives

The Commercial and Industrial Rooftop Solar Project aims to improve the conditions for a sustainable development of the rooftop solar market in Viet Nam.

Description

The Commercial and Industrial Rooftop Solar (CIRTS) project aims to improve the conditions for the development of commercial rooftop solar energy (RTS) through the analysis and assessment of prevailing applicable standards, the development and adaptation of relevant regulatory and technical regulations for RTS, the development of key stakeholders’ (power sellers and purchasers) capacities for RTS development, and the support to improve the Electricity Viet Nam’s (EVN) information base for the development of RTS projects. GIZ and the Electricity and Renewable Energy Authority (EREA) of the Ministry of Industry and Trade (MOIT) are jointly committed to work in three Action Areas: (1) Legal and Regulatory Framework; (2) Capacity Development and (3) Information Base Improvement.

Approach/Field of intervention

Technical Regulations

  • Analysing gaps for technical rules and standards for rooftop solar grid integration
  • Recommending for adapting international best practices to the Vietnamese context
  • Facilitating a technical working group to clarify the need for further updates of rules, standards, and regulations

Capacity Development

  • Improving EVN’s operational knowledge in term of both technical and administrative management to adjust their power supply activities with an increase in commercial and industrial rooftop solar
  • Strengthening relevant stakeholders’ access to knowledge and services of commercial and industrial rooftop solar systems to ensure quality and safety aspects

Information Base Improvement

  • Identifying potential commercial and industrial rooftop solar and developing scenarios to optimize the resources
  • Introducing international experience associated with rooftop solar business models in Viet Nam
  • Providing strategic advice to EVN to ensure sustainable business operations
  • Promoting innovations, e.g, hackathons, competitions

Targeted beneficiaries

Key beneficiary is the state-owned utility Electricity Viet Nam (EVN)

Highlight activities /Achievements

Early-stage activities:

  • Framework Assessment and Roadmap Development for Solar PV Module Waste Recycling in Viet Nam
  • Development of technical standards on remote monitoring and remote-control requirements for rooftop solar PV systems
COUNTRY

Viet Nam

DURATION

February 2021 - January 2025

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