Image generated with Ai
Indonesia’s Bali launches green tourism revolution as top destinations shift toward solar energy future.
Indonesia’s Bali is set to enter a new era of sustainable tourism as the island prepares to require rooftop solar panels in five key tourist areas, promoting sustainability while securing the energy supply, and cutting emissions for one of the world’s most popular destinations.
The planned low-emission tourism zones will cover some of Bali’s most important visitor areas, including Nusa Dua and Kuta in Badung Regency, Ubud in Gianyar Regency, Sanur in Denpasar and the Nusa Penida Islands in Klungkung Regency.
The initiative is part of Bali’s wider environmental transformation strategy, which focuses on renewable energy, electric mobility, ecosystem protection, waste reduction and stronger community participation. The move aims to ensure that tourism growth continues while reducing pressure on the island’s natural resources.
Advertisement
Advertisement
Bali’s tourism industry has experienced rapid growth over decades, creating strong demand for electricity, transport, infrastructure and public services. To support future development, the island is now focusing on renewable energy solutions that can provide a more stable and environmentally responsible energy system.
A major part of the new plan is the expansion of rooftop solar installations. Hotels, restaurants, villas, office buildings and homes located within the designated low-emission zones are expected to adopt solar power systems as part of the transition towards greener tourism infrastructure.
The programme is designed to increase the use of clean energy directly within tourism areas. By generating electricity locally through rooftop solar panels, buildings can reduce dependence on traditional energy sources while supporting Bali’s long-term sustainability goals.
The initiative also reflects a growing global trend where tourism destinations are adopting renewable energy solutions to reduce carbon emissions and improve climate resilience.
Advertisement
Advertisement
The low-emission tourism programme will focus on five strategic areas that represent Bali’s diverse tourism landscape.
Nusa Dua and Kuta in Badung Regency are among the island’s most recognised tourism centres, attracting international visitors through resorts, beaches and large-scale tourism facilities. These areas are expected to play an important role in demonstrating how major tourism hubs can transition towards cleaner energy systems.
Ubud in Gianyar Regency, known for its cultural heritage and natural surroundings, will also become part of the sustainability programme. The area represents Bali’s connection between tourism, nature and local traditions.
Sanur in Denpasar is another key destination included in the plan. As one of Bali’s established coastal tourism areas, Sanur continues to develop as a destination focused on sustainable visitor experiences.
The Nusa Penida Islands in Klungkung Regency will also be included. The island group has become increasingly popular among international travellers due to its natural landscapes and marine attractions, making environmental protection a critical priority.
Together, these five zones will serve as important examples of Bali’s shift towards low-carbon tourism development.
Beyond environmental benefits, the solar power initiative is also aimed at improving Bali’s energy security.
The island currently depends heavily on electricity supplied from Java through undersea transmission cables. While this system supports Bali’s electricity needs, it also creates vulnerability if disruptions occur due to natural events, technical issues or other unexpected situations.
Increasing renewable energy production within Bali is expected to reduce this dependence and create a more reliable electricity network.
The expansion of rooftop solar power will allow businesses and households to become part of the island’s energy solution by generating additional electricity locally.
As tourism continues to expand, electricity demand is expected to increase further. Bali’s future energy requirements will require new approaches that combine traditional power systems with renewable sources.
Bali’s electricity consumption has continued to grow due to increasing economic activity, tourism development and population needs.
Current electricity demand on the island has already exceeded 1,200 megawatts, while the existing electricity system has a capacity of more than 1,400 megawatts.
Future demand is expected to rise significantly, with projections showing that electricity requirements could exceed 1,400 megawatts by 2027.
Without additional preparation, rising demand could create challenges for the island’s electricity supply. Ensuring that tourism areas have stable energy access is considered essential because Bali’s economy relies heavily on hospitality, travel and visitor services.
The move towards rooftop solar energy is therefore being positioned as both an environmental measure and an important infrastructure investment.
The low-emission tourism zones will be developed around five key pillars that combine technology, environmental protection and community involvement.
The first pillar, green energy, will focus on renewable power solutions, especially rooftop solar installations across hotels, villas, restaurants, offices and residential buildings.
The second pillar, green mobility, will promote the use of battery-powered electric vehicles. This approach aims to reduce transport emissions and create cleaner mobility options for residents and visitors.
The third pillar, green ecosystems, will focus on protecting forests, increasing vegetation coverage and maintaining Bali’s natural environment.
The fourth pillar, green tourism, will encourage sustainable practices within the tourism sector, including reducing single-use plastic waste and improving environmental responsibility among businesses.
The fifth pillar, green communities, will highlight the importance of local participation. The programme aims to involve residents and communities in protecting Bali’s environment while preserving local values and traditions.
The next stage of the programme will involve detailed assessments to identify specific buildings and locations that will be included in the low-emission zones.
Government agencies will work together to map the areas and determine which tourism facilities, commercial buildings and residential properties will be required to adopt renewable energy solutions.
Licensing authorities are also expected to play a role in the implementation process. Future building approvals and operational requirements within designated areas could include rooftop solar installation standards.
This approach would make clean energy adoption part of Bali’s future tourism development framework rather than a separate voluntary programme.
The transition towards solar-powered tourism zones represents a major step in Bali’s effort to balance economic growth with environmental protection.
As one of the world’s most recognised holiday destinations, Bali faces increasing pressure to protect its natural resources while supporting millions of visitors and a growing tourism economy.
By expanding renewable energy, improving energy independence and encouraging sustainable practices, Bali aims to create a stronger foundation for future tourism development.
The green transformation of five major tourism zones could become a model for other destinations seeking to combine tourism growth with climate responsibility.
Indonesia’s Bali is launching a major green tourism revolution as leading destinations shift toward solar energy, aiming to reduce emissions, improve energy security and build a more sustainable future for the island’s tourism sector.
Through renewable energy investment, cleaner mobility and community-driven environmental action, Bali is preparing for a new era of sustainable tourism where the island’s natural beauty and tourism economy can continue to thrive together.
Advertisement
Advertisement
Advertisement
Friday, September 11, 2026
Friday, September 11, 2026
Friday, September 11, 2026
Friday, September 11, 2026
Friday, September 11, 2026
Friday, September 11, 2026
Friday, September 11, 2026
Friday, September 11, 2026