Explore real solar PV installation projects delivered by Batari Energy across residential homes, commercial properties, and large industrial factories in Indonesia.
A 16,000WP hybrid solar power installation supporting the daily activities of a pesantren in Rancaekek. The system combines solar generation and battery storage to meet substantial energy needs, improve electricity efficiency, and support a more sustainable and independent energy environment for the pesantren community.
A 5,500WP off-grid solar power installation at Avirama Foundation in Bali. The system is designed to provide an independent and reliable energy source for operational needs, utilizing solar power and battery storage to reduce reliance on the conventional grid and support a more sustainable energy solution.
A major industrial solar power installation at PT Krakatau Bandar Samudera, featuring a 24,000WP hybrid solar system with 80 kWh of battery storage. Developed by Batari Energy, the system is designed to support industrial energy demands through efficient solar generation and substantial energy storage, strengthening operational efficiency and supporting a more sustainable energy strategy.
A 5,580WP hybrid solar power installation at Politeknik Pelayaran Malahayati Aceh. The system utilizes solar energy and battery storage to support campus operations, improve energy efficiency, and promote the use of cleaner and more sustainable energy in the maritime education sector.
A residential installation in Jakarta featuring a 7,400WP hybrid solar panel system by Batari Energy. The rooftop system combines solar generation and battery storage to support daily household energy needs, improve energy efficiency, and deliver greater energy independence.
A residential installation in Gresik featuring a 3,720WP hybrid solar panel system by Batari Energy. The rooftop system combines solar power and battery storage to support daily household energy needs, improve efficiency, and provide a more reliable and independent energy solution.
A residential installation in Bandung featuring a 3,600WP hybrid solar panel system by Batari Energy. The rooftop system combines solar generation with battery storage to support daily household energy needs, improve energy efficiency, and provide greater energy independence.
A modern residential installation in Bekasi featuring a 7,400WP hybrid solar panel system by Batari Energy. Built to support everyday household energy needs, the system maximizes rooftop solar potential, improves energy efficiency, and provides dependable backup power for greater comfort and energy independence.
A residential installation in Tegal featuring a 15,000WP hybrid solar panel system by Batari Energy. Designed to support high household energy needs, the rooftop system maximizes solar energy utilization while providing reliable backup power and greater energy independence.
A residential installation in Cirebon featuring an 8,500WP hybrid solar panel system by Batari Energy. The rooftop system is designed to support daily household energy needs, improve solar energy utilization, and provide reliable backup power.
A residential installation in Cirebon implemented a 5,500WP hybrid solar power system to support daily household electricity needs and provide reliable backup power. The rooftop solar panel system helps improve energy efficiency, reduce electricity costs, and increase household energy independence.
A residential installation in Tangerang implemented a 5,500WP hybrid solar power system to support daily household electricity needs and provide reliable backup power. The rooftop solar panel system helps improve energy efficiency, reduce electricity costs, and increase household energy independence.
A residential installation in Bekasi implemented a 3,700WP hybrid solar power system to support daily household electricity needs while providing reliable backup power during grid outages. The rooftop solar panel system allows the home to make better use of clean solar energy, improve energy efficiency, and reduce monthly electricity expenses. With the hybrid configuration, excess energy can be stored in the battery and used when needed, providing greater flexibility and energy independence for the household. Batari Energy handled the project from system planning and installation to testing, using quality components and precise workmanship to ensure safe and reliable long-term performance.
This project is part of PT NHK Spring Indonesia's commitment to supporting the government's program to achieve net-zero emissions—a state in which the volume of greenhouse gas emissions produced does not exceed the amount absorbed by the environment. PT NHK Spring Indonesia has partnered with the Batari Energy team to install a ground-mounted hybrid solar power plant. This initiative aims to reduce reliance on non-renewable energy sources.
A commercial facility in Baubau installed a 200kWp ground mounted rooftop solar system to significantly reduce electricity expenses and improve overall energy efficiency. This grid-connected setup provides stable daytime power generation while supporting sustainable and environmentally responsible operations. The installation was professionally executed by the Batari Energy team.
Sebuah instalasi PLTS untuk hunian/rumah di Bogor menerapkan sistem tenaga surya hibrida (PLTS hybrid) berkapasitas 2.480 Wp untuk memenuhi kebutuhan listrik rumah tangga sehari-hari sekaligus menyediakan cadangan daya yang andal saat terjadi pemadaman listrik dari jaringan utama. Batari Energy memasang sistem panel surya di atap ini agar rumah tersebut dapat memanfaatkan energi surya yang bersih secara efisien, mengurangi biaya listrik bulanan, serta meningkatkan kemandirian energi jangka panjang. Batari Energy menangani proyek ini dengan perencanaan yang cermat, penggunaan komponen berkualitas, dan pemasangan yang presisi guna memastikan kinerja yang stabil dan tahan lama. Proyek ini adalah salah satu proyek pemasangan PLTS hybrid untuk hunian/rumah yang berhasil dikerjakan oleh Batari Energy.
A commercial facility in Makassar implemented a 5000WP hybrid solar system to improve power reliability and reduce operating costs. The hybrid design ensures uninterrupted electricity supply during outages while optimizing daytime energy consumption. The installation was successfully executed by Batari Energy with high-quality components and professional engineering.
A residential installation in Palembang implemented a 2,500WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Padang implemented a 2,500WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Jakarta Barat implemented a 5,500WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Jakarta Barat implemented a 5,200WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Jakarta Barat implemented a 3,500WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Jakarta Barat implemented a 5,200WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Solo implemented a 12,000WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Bali implemented a 3,720WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Yogyakarta implemented a 4,400WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Malang implemented a 8,680WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Cisauk implemented a 6,000WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient utilization of clean solar energy, helps reduce monthly electricity costs, and enhances long-term energy independence. Batari Energy carried out the project using high-quality components and precise installation methods to ensure stable, safe, and durable system performance.
A residential installation in Kudus implemented a 3,500WP hybrid solar power system to support daily household electricity needs while ensuring reliable backup power during grid outages. Installed on the rooftop, the solar panel system enables efficient use of clean solar energy, helps reduce monthly electricity costs, and improves long-term energy independence. Batari Energy managed the project from planning to installation using high-quality components and precise workmanship to deliver stable and durable system performance.
A large-scale residential installation in Malang implemented a 22,320WP hybrid solar power system to support high household electricity demand while ensuring reliable backup power during grid outages. The hybrid configuration enables advanced energy management, significantly reduces monthly electricity costs, and enhances long-term energy independence. Batari Energy delivered the project using premium-grade components and precise system engineering to ensure optimal performance, safety, and durability.
A residential installation in Depok implemented a 2,300WP hybrid solar power system to support essential household electricity needs while providing reliable backup power during grid outages. The hybrid configuration enables efficient energy utilization, reduces monthly electricity expenses, and enhances household energy independence. Batari Energy executed the project using high-quality components and precise system engineering to ensure stable, safe, and long-term system performance.
A residential installation in Makassar implemented a 4,600WP hybrid solar power system to support daily household electricity needs while providing dependable backup power during grid outages. The hybrid configuration enables efficient energy management, reduces monthly electricity costs, and strengthens energy independence. Batari Energy delivered the project with high-quality components and precise system engineering to ensure stable and long-term performance.
A residential installation in Gedebage, Bandung implemented a 5,580WP hybrid solar power system to enhance daily energy efficiency and provide reliable backup electricity during grid disruptions. The hybrid configuration supports stable power management, reduces monthly electricity expenses, and increases household energy independence. Batari Energy executed the project using premium-quality components and precise system engineering to ensure long-term reliability and optimal performance.
A residential installation in Kota Baru Parahyangan adopted a 5,000WP hybrid solar power system to improve daily energy efficiency and provide reliable backup electricity during grid disruptions. The hybrid configuration ensures balanced power management, reduces monthly electricity costs, and supports greater energy independence. Batari Energy delivered the project using high-quality components and precise system engineering for dependable long-term performance.
A residential installation in Surabaya implemented a 5,800WP hybrid solar power system to optimize daily energy usage and ensure reliable backup electricity during grid interruptions. The hybrid configuration delivers stable power management, reduces monthly electricity expenses, and strengthens energy independence. Batari Energy completed the project using high-quality components and precise engineering for long-term system reliability.
A residential facility in Cibinong implemented a 6,200WP hybrid solar power system to enhance daily energy efficiency and ensure backup power during grid interruptions. The hybrid configuration delivers stable power management, reduces monthly electricity expenses, and increases energy independence. Batari Energy completed the installation with premium components and precise engineering for long-term performance.
A commercial property in Bogor implemented a 10,540WP hybrid solar power system to significantly improve energy efficiency and ensure reliable backup power during grid outages. The hybrid configuration supports smooth power distribution, reducing electricity costs while maximizing solar energy usage. Batari Energy executed the installation using high-quality components and precision engineering for long-term performance.
A residential installation in Ciputat implemented a 4000WP hybrid solar power system to optimize daily energy usage and maintain backup power during outages. The hybrid configuration ensures stable power distribution, helping reduce monthly electricity expenses while enhancing energy independence. Batari Energy delivered precise engineering and reliable installation with premium-grade components.
The hybrid solar system installed in Cilandak delivers a dependable 4000WP power solution designed to support both daily operational loads and emergency backup requirements. This system significantly reduces dependency on the grid while ensuring continued power availability during outages. Batari Energy executed the installation using precision engineering and durable high-performance equipment.
A residential solar installation in Larantuka, NTT utilizing a 2300WP hybrid system to provide reliable power support in an area with frequent grid instability. This hybrid configuration ensures continuous electricity availability while significantly reducing monthly energy expenses. The project was completed by Batari Energy with precision and premium-quality equipment.
A residential-business complex in Ciwaruga, Bandung installed a 5000WP hybrid solar system to enhance power reliability and optimize daily energy usage. The system provides strong backup support during outages, reducing dependency on the national grid and improving operational continuity. The project was completed by Batari Energy with high-performance components and professional engineering.
A small commercial property in Kopo, Bandung installed a 2000WP hybrid solar system to support essential electrical loads and reduce electricity expenses. The hybrid configuration ensures backup power availability during outages, enhancing energy reliability and operational stability. The system was professionally designed and installed by Batari Energy.
A palm-oil mill in Dumai needed uninterrupted power for night shifts. Batari Energy and the Dumai Renewable Initiative installed a hybrid solar-plus-storage system that keeps operations smooth day and night.
A 12-storey office tower in central Jakarta wanted to cut daytime electricity costs. Batari Energy deployed a high-efficiency on-grid system with net metering, slashing the building’s power bill by 40 %.
In Batam’s industrial estate, unreliable grid power disrupts manufacturing. Batari Energy and the Batam Industrial Development Board teamed up to deliver a robust off-grid solar solution that keeps production lines running 24/7.
In a remote school in Papua, the lack of electricity poses a major obstacle to the teaching and learning process. Batari Energy, together with the Harapan Papua Education Foundation (YPHP), sees an opportunity to make a difference by providing electricity access to support the education of students in Papua.
Polres Bogor installed a 50,000Wp on-grid rooftop solar power system to enhance energy efficiency and reduce operational electricity costs. This grid-connected system ensures consistent power support during daily operations while promoting the use of clean and sustainable energy. The installation was completed by the professional team at Batari Energy
A laundry business in Jatinangor installed a 3,000Wp solar panel system with a 5,000Wh battery pack to meet its high daytime electricity demand. This eco-friendly solution helps reduce reliance on conventional power while ensuring efficient operations. The installation was carried out by the expert team from Batari Energy.
The Batari Energy team recently installed a 1,100Wp solar panel system in Pati, Central Java, for JAMKID, a mushroom cultivation and processing agribusiness. This installation is part of a collaboration between SMEs, the Ministry of Industry, and Batari Energy to promote renewable energy adoption. The solution helps JAMKID reduce reliance on conventional electricity, lower operational costs, and support business sustainability.
A lighting store in Bengkulu partnered with Batari Energy to install a 5,500Wp solar panel system, reducing reliance on PLN and lowering electricity costs. This initiative also supports the transition to clean energy and reduces carbon emissions.
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