Asia Clean Capital Vietnam2024-07-01T10:13:45+00:00


Asia Clean Capital (“ACC”) is a leading clean energy solutions developer that works with large multinational and domestic firms to decarbonize their energy supply. In August 2020, ACC expanded operations to Vietnam with the establishment of Asia Clean Capital Vietnam. ACC is the only distributed solar developer invested in by Goldman Sachs and DCIF in PRC and was named the “Best Distributed Solar Developer” by TÜV NORD Group in 2016. Focused on rooftop solar projects, ACC invests 100 percent of the project costs and provides the design, engineering, equipment, government approvals, installation, and long-term maintenance of solar systems.

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2010 ACC was founded by North-American & European entrepeneurs to develop Ground Energy Systems across China
2010 Asia Clean Capital
2015 ACC launched its rooftop solar business 2015 Asia Clean Capital 2016 Developed projects for Unilever, Coca Cola, and others

2020 Extended operations in Vietnam – Establishment of ACCV

2020 Asia Clean Capital
2022 Developed projects for Mapletree, Schindler, Universal Alloy Corporation Vietnam, the first BESS project for Motul

2022 Asia Clean Capital
2023 Secured investment from
SUSI Partners

Our Clients
Our Financial Partners
Our Strategic Partners

Solar Project Scope of Work

100% Invest

ACCV invests in the solar system and sells clean, renewable electricity to clients at a competitive rate.

Design & Approvals

ACCV provides clients with international standards third-party inspection documents and secures the legal and grid approvals.


ACCV works with top quality equipment providers and contractors to commission assets on an efficient timeline while ensuring safety and quality.

Operation & Maintenance

ACCV operates and maintains solar assets using the highest industry standards to ensure high performance and safety at all time

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Rooftop Solar Benefits


Decarbonize the energy supply
Achieve Corporate Social Responsibility targets
Obtain green accreditations


Zero investment cost
Zero maintenance cost
Discounted electricity rate

Green Building

Achieve customers decarbonization targets
Obtain green building accreditations
Reduce the indoor temperature by up to 15%
Increase the service life of the roof


Strengthen local community resilience with local energy supplies
Jobs creation

A Solar PV system uses PV modules to convert sunlight into electricity. The system can be located anywhere exposed to sunlight, including rooftops, verandas, building façades, the ground, parking lots, etc.

Systems are typically connected to the local utility grid to provide additional electricity for users’ daily use.

Most rooftops, including concrete, color steel, and tiled roofs can be used for PV installations, but the load bearing capacity must meet the panel weight requirements.

Building Integrated Photovoltaics (“BIPV”) technology integrates solar power production directly into structures. BIPV serve as both the outer layer of a structure and generate electricity for on-site use or export to the grid.

Key benefits from integrated roof:

    • Replace completely the traditional roof of industrial plant with longer life span
    • Save construction costs and tradition roof replacement costs
    • Solve the waterproof problem
    • Meet the lighting requirement
    • Reduces indoor temperatures by 3 to 5 degrees Celsius.

Energy Storage System (ESS) is a solution that ACCV is working on to optimize clients’ power usage demand. During the day, ESS stores surplus energy generated by the PV system and discharges that energy to satisfy clients’ power demands at night time. This solution helps reduce the client’s power capacity required from the grid during peak hours and adds to the client’s overall reduction in energy costs.

A Ground Energy system provides energy efficient year-round heating, cooling and hot water for buildings and industrial processes. When used for heating and cooling a building, the GES replaces conventional chillers and boilers while retaining the buildings standard internal HVAC distribution systems. A GES is also a great source of thermal energy for industrial processes which require heating/cooling supply in the temperature range of 4-60 degrees Celsius.

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