: Hospital and Clinic Project Experience :
Empowering Healthcare through Sustainable Energy: The Humla Solar Project
The Humla District Hospital Solar Project represents a transformative partnership between UNICEF and Peak Power. Located in Simikot, this project addresses the unique challenges of Nepal’s second-largest district by area, providing a dependable energy backbone for a population of over 50,000.
In a region where the geography is as challenging as it is beautiful, consistent electricity is more than a convenience—it is a necessity for modern medicine. This solar integration ensures the hospital can provide high-quality, continuous care, including:
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Stabilizing power for essential medical equipment.
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Ensuring the cold chain for life-saving vaccines.
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Enhancing the safety of surgical and emergency services.
By bridging the energy gap in this isolated Himalayan region, we aren't just installing panels; we are strengthening the future of healthcare for the people of Humla.
- 18KW - 3φ cluster Sunny Island 8.0H-13
- 15 kW AC coupled PV SMA STPX PV inverter
- 1620 AH of deep cycle battery storage
- grid / diesel generator hybrid.
Powering Progress: The Charang Health Post Solar Installation
Peak Power is delighted to announce the completion of an off-grid solar energy system at the Charang Health Post in Upper Mustang. Known for its breathtaking vistas and remote location, this region presents significant infrastructure challenges—challenges we were honored to meet.
We have provided a resilient, tailored energy solution that ensures the health post no longer has to rely on intermittent power. By providing a clean, constant stream of electricity, we are supporting:
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Essential Operations: Ensuring lights and emergency services are always ready.
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Medical Diagnostics: Powering basic laboratory equipment for accurate care.
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Community Resilience: Strengthening healthcare access for residents and international visitors alike.
This installation reflects our commitment to bringing high-quality, sustainable energy to the most remote corners of the globe, ensuring that no community is left in the dark.
- 18KW - 3φ cluster Sunny Island 8.0H-13
- 15 kW AC coupled PV SMA STPX PV inverter
- 1620 AH of deep cycle battery storage
- grid / diesel generator hybrid.
Strengthening Healthcare Infrastructure: The Gokuleshwor Solar Project
We are pleased to share the successful completion of the solar power installation at the Gokuleshwor Primary Health Care Center in Darchula. This project, a key initiative by UNICEF Nepal, significantly boosts the facility's capacity to provide consistent, high-quality medical services to the Sudurpashchim region.
As the designated installation partner, Peak Power oversaw the end-to-end process—navigating regional transport, technical installation, and full system commissioning.
Project Highlights:
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Sustainable Reliability: Provides a 24/7 energy supply, essential for modern medical equipment.
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Regional Reach: Supports a hub that serves as a primary healthcare destination for multiple municipalities.
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Community Health: Directly contributes to improved health outcomes for thousands of residents in remote Nepal.
By bridging the energy gap, we are helping the Gokuleshwor team focus on what they do best: saving lives and caring for their community.
- 18KW - 3φ cluster Sunny Island 8.0H-13
- 15 kW AC coupled PV SMA STPX PV inverter
- 1620 AH of deep cycle battery storage
- grid / diesel generator hybrid.
Engineering Resilience: The Barabise Primary Health Care Solar Project
Peak Power is pleased to highlight our recent collaboration with UNICEF at the Barabise Primary Health Care Center in Sindhupalchok. This project is a cornerstone of a broader effort to strengthen 12 key health facilities across Nepal, ensuring they have the infrastructure needed to provide high-quality care.
Our team designed and installed a high-capacity, off-grid solar solution tailored to meet the rigorous energy demands of a busy primary care center.
Project Highlights:
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Custom Engineering: A system built specifically to power modern medical diagnostics and emergency services.
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Grid Independence: Provides a failsafe energy backbone, ensuring consistent care regardless of external power stability.
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Bagmati Province Impact: Directly supports the health outcomes of thousands of residents by providing a modern, "always-on" medical environment.
We are honored to provide the technical expertise that allows the BPHC team to focus on their mission: delivering excellence in healthcare to the people of Sindhupalchok.
- 18KW - 3φ cluster Sunny Island 8.0H-13
- 15 kW AC coupled PV SMA STPX PV inverter
- 1620 AH of deep cycle battery storage
- grid / diesel generator hybrid.
Logistical Excellence: The Dolpa District Hospital Solar Installation
Peak Power is proud to announce the successful commissioning of the solar power system at Dolpa District Hospital. Funded and supported by UNICEF Nepal, this project represents a significant advancement in healthcare resilience for the Karnali Province.
Given the hospital’s extreme remoteness and the five-day overland transport required to reach the site, this project was a masterclass in complex logistics and technical endurance. Our team managed the end-to-end process, from the initial transport of specialized equipment to the final system integration.
Project Highlights:
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Critical Infrastructure Support: Ensures a dependable power backbone for a hospital serving as the primary medical hub for the region.
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Overcoming Geographical Barriers: Demonstrates our capability to execute high-stakes installations in the most challenging high-altitude environments.
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Long-Term Impact: Provides a sustainable alternative to intermittent local power, allowing for continuous medical service delivery.
By bridging the gap between Dolpa’s remote location and modern energy needs, we are helping to strengthen the healthcare safety net for thousands of residents.
- 18KW - 3φ cluster Sunny Island 8.0H-13
- 15 kW AC coupled PV SMA STPX PV inverter
- 1620 AH of deep cycle battery storage
- grid / diesel generator hybrid.
Strengthening Healthcare Resilience: The Mugu District Hospital Solar Project
Peak Power is pleased to announce the successful implementation of a solar energy backbone at the Mugu District Hospital. Supported by UNICEF, this initiative addresses the critical infrastructure gaps in one of Nepal’s most remote Himalayan districts, where stable electricity is a fundamental requirement for modern medical care.
Serving a district population of over 55,000, the hospital has historically faced challenges with an unreliable grid. Our solar integration provides a stable, clean energy source that is essential for:
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Continuous Service Delivery: Maintaining lighting and life-saving medical devices during frequent grid outages.
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Infrastructure Longevity: Shielding expensive medical equipment from the damaging effects of voltage surges.
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Enhanced Patient Outcomes: Providing the consistency required for high-stakes medical procedures and emergency care.
By removing the barriers of energy instability, we are helping the Mugu District Hospital fulfill its vital mission as a primary healthcare provider for the region.
- 18KW - 3φ cluster Sunny Island 8.0H-13
- 15 kW AC coupled PV SMA STPX PV inverter.
- 1620 AH of deep cycle battery storage.
- grid / diesel generator hybrid.
Optimizing Hospital Infrastructure: The Gorkha Solar Integration
Peak Power, in partnership with Sunshine Energy, is pleased to highlight the successful completion of the Gorkha District Hospital solar project. Designed by the Alternative Energy Promotion Centre (AEPC), this project was aimed at reducing the hospital's heavy reliance on diesel generation and providing much-needed energy autonomy.
Our role went beyond installation; we provided critical technical consulting to refine the system design. By working closely with local hospital engineers, we addressed existing design gaps to create a more robust and seamless energy transition.
Technical Project Highlights:
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Platform Excellence: Utilized SMA AC-coupled inverters and Victron Energy Quattro power conversion for high-efficiency performance.
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Network Modernization: Executed an extensive re-wiring of the hospital's electrical network to rebalance loads and integrate grid, generator, and solar inputs.
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Enhanced Safety: Implemented a full system bypass, ensuring the hospital remains powered and protected under any circumstances.
This project showcases our commitment to not just installing hardware, but engineering long-term, reliable solutions for critical healthcare facilities.
- 48 KVA - 3 phase inverter stack Victron Energy Quattro inverters.
- 50 kW AC coupled PV SMA STP core 1 PV inverter.
- 7500 AH of deep cycle battery storage.
- grid / diesel generator hybrid.
Infrastructure Modernization: The Raskot Community Hospital Hybrid Solar Project
Peak Power, in collaboration with Motherland Energy Group, is pleased to announce the successful commissioning of a hybrid solar power system for the Raskot Community Hospital in Kalikot. This sustainability uplift replaces an aging, diesel-heavy infrastructure with a sophisticated, reliable energy solution.
Our team was responsible for the end-to-end implementation, utilizing a high-performance architecture to improve power quality and system resilience for this essential non-profit facility.
Technical Specifications & Innovations:
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Core Architecture: Utilizes the Victron Quattro platform with SMA AC-coupled PV inverters, managed by the Victron GX control system.
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Proactive Integration: To maximize system reliability, we voluntarily integrated the site’s existing diesel generator into the new control logic, providing a seamless multi-source power solution.
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In-House Fabrication: Features custom-engineered switchboards fabricated by Peak Power to meet the specific electrical demands of the hospital.
By bridging the gap between remote geography and modern energy standards, we are ensuring that Raskot Community Hospital remains a dependable sanctuary of care for the Karnali region.
- 30 KVA - 3 phase inverter stack Victron Energy Quattro inverters
- 30kW AC coupled PV SMA STP 25kW PV inverter
- 6000 AH of deep cycle battery storage.
Technical Case Study: Essential Power Integration at Bahunipati Clinic
The Bahunipati Clinic project, executed in partnership with Dhulikhel Hospital, serves as a primary example of how targeted solar integration can stabilize healthcare delivery in areas with inconsistent grid infrastructure. Because medical and IT systems require "clean" power to function correctly, our objective was to create a resilient energy island within the clinic.
To meet the project's budgetary requirements without compromising on safety, we designed a high-efficiency SMA AC-coupled PV system paired with a dedicated 48V battery bank.
Technical Deliverables:
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Strategic Load Management: We performed an extensive re-wiring of the existing distribution network to segregate essential and non-essential loads, ensuring critical services remain powered during grid failures.
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Custom Protection: The installation includes a Peak Power custom switchboard featuring a manual bypass, comprehensive surge protection, and low-impedance earthing to safeguard medical electronics.
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Scalable Impact: While budget constraints limited the total system size, the resulting stability significantly improved the clinic's daily operational capacity.
This project underscores our commitment to delivering the best possible technical outcomes for our partners, ensuring every watt of power is used to support patient care.
- 1 phase sma sunny island system
- sma sunny boy ac coupled PV
- hybrid grid
Technical Case Study: Overcoming Grid Instability at Phalebas Clinic
The Phalebas Clinic project highlights the necessity of off-grid and hybrid solar solutions in regions where the utility grid is highly unreliable. In many remote areas, high-impedance connections result in severe voltage drops—often as low as 180V—making it impossible to operate standard medical equipment.
To address this, Peak Power implemented a robust energy architecture designed to prioritize solar and battery autonomy over grid dependency.
Key Technical Implementations:
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AC-Coupled Architecture: Utilized SMA AC-coupled PV inverters and a 48V battery bank to provide a stable, "clean" AC bus for the facility.
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Strategic Load Segregation: We performed a comprehensive re-wiring of the distribution network to separate essential "protected" loads from the grid-fed circuits, ensuring 24/7 availability for critical equipment.
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Custom Infrastructure: The system features a Peak Power fabricated switchboard with an integrated bypass, surge protection, and low-impedance earthing to protect against the frequent spikes and surges of the local network.
This installation demonstrates our ability to deliver high-performance energy solutions even under strict budgetary and environmental constraints, ensuring that vital healthcare services remain uninterrupted.
- 1 phase sma sunny island system
- sma sunny boy ac coupled PV
- hybrid grid
System Optimization and Expansion: The Manekharka Clinic Solar Project
The Manekharka Clinic project demonstrates the value of high-quality energy storage and the importance of scalable design. In a region where the utility grid provides minimal support, we implemented a robust SMA AC-coupled solution that has become a model for reliability in the area.
With a cleaner existing distribution network than many neighboring sites, we were able to implement a streamlined integration focused on high-capacity storage and optimized power flow.
Technical Project Highlights:
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Superior Storage Design: Utilizing high-capacity 2V cells in a 48V bank, this system offers a more robust and longer-lasting energy reserve than standard configurations.
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Scalable Infrastructure: At the clinic's request, we successfully executed a PV extension, integrating additional solar and inverter capacity to support an expanding load.
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Precision Load Segregation: We re-wired the facility to separate essential "protected" loads from grid-fed circuits, ensuring that critical medical and IT systems never lose power.
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Reliable Protection: Includes a custom switchboard with high-quality circuit breakers, surge protection (SPD), and a simplified bypass for ease of maintenance.
This project is a testament to how a well-designed solar foundation can be successfully scaled to meet the evolving needs of a healthcare facility.
- 1 phase sma sunny island system
- sma sunny boy ac coupled PV
- hybrid grid
Technical Case Study: Electrical Modernization and Hybrid Integration at Dorpu Clinic
The Dorpu Clinic project highlights the unique technical hurdles of working in high-altitude, remote environments. Although the site is located near a hydroelectric plant, the grid connection suffered from high impedance, making synchronization nearly impossible. Peak Power was tasked with creating a stable, autonomous energy solution.
Our scope of work extended beyond solar integration to a full-scale electrical remediation of the facility to meet modern safety and operational standards.
Technical Deliverables:
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Comprehensive Re-wiring: Corrected significant legacy wiring defects, including the installation of a comprehensive earthing system across all circuits to ensure patient and equipment safety.
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Specialized 3-Phase Installation: Engineered and ran a dedicated 3-phase circuit to support the clinic’s X-ray diagnostics, a critical requirement for a regional medical hub.
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System Design & Resilience: Navigated the challenges of a 12-hour logistical pipeline and extreme winter temperatures. While working within strict budgetary constraints, we optimized the battery bank and system logic to provide the highest possible level of reliability for the clinic’s essential loads.
This project underscores our commitment to technical integrity and our ability to deliver complex infrastructure solutions in the most geographically isolated regions of Nepal.
- 5 KVA - 3 phase inverter stack Victron Energy Quattro inverters
- 7 kW DC coupled PV
- 800 AH of deep cycle battery storage.
Dhulikhel Hospital Outreach Centre - Kartike Daurali
Information on this site to follow ...
- 3 phase inverter stack SMA sunny island inverters
- 9 kW AC coupled PV SMA STP PV inverter
- 800 AH of deep cycle battery storage.
Precision Engineering for Specialized Care: The Ramkot Dental Clinic Project
The solar integration at the Druk Pema Karpo Clinic represents a sophisticated solution for high-precision medical environments. Located in a noise-sensitive, off-grid-prone area, the clinic required a power system capable of handling the unique electrical signatures of dental equipment while maintaining the tranquility of the site.
Peak Power delivered a custom energy architecture designed to provide total autonomy for the facility’s critical medical infrastructure.
Technical Project Highlights:
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High-Inrush Capability: Specifically engineered to manage the significant starting currents required by dental compressors and autoclaves without system instability.
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Critical Load Isolation: Dedicated circuitry ensures that essential equipment—including X-ray units, patient chairs, and IT systems—remains operational regardless of grid status.
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Integrated Monitoring: The system is fully integrated into the site-wide management platform, providing the local staff and the resident monastic community with intuitive tools for power control and health monitoring.
This project demonstrates our ability to deliver "invisible" infrastructure—systems that provide powerful, reliable energy without disrupting the environment or the mission of our partners.
- 1 phase Victron Energy multi inverter
- 7 kW DC coupled PV
- 1200 AH of deep cycle battery storage.
Project Spotlight: Hybrid Solar Implementation in Sangpang
Peak Power is pleased to highlight our role in the successful delivery of a hybrid PV system for the Sangpang Health Post in the Koshi Province. This initiative, supported by UNICEF, was designed to stabilize healthcare infrastructure in a region characterized by significantly challenged power conditions.
As the in-country partner for GSOL (Denmark), Peak Power managed the logistical delivery, installation, and long-term support for this critical energy system.
Technical & Operational Highlights:
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Infrastructure Resilience: The system provides a stable energy backbone for essential medical loads, mitigating the risks posed by the unreliable local grid.
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Regional Hub Support: Strengthens a health post responsible for the primary care of over 3,500 residents in the Bhojpur District.
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Streamlined Delivery: Demonstrates our capability to act as the primary local executor for international energy firms, ensuring high-quality commissioning and maintenance on the ground.
By bridging the gap between international innovation and local needs, we are helping to ensure that the Sangpang community has access to dependable, high-quality healthcare.
- 8 KVA - 1 phase inverter stack Victron Mulitplus 2
- 6.3 kW DC coupled PV
- 14.4 kwhr lithium based storage.
Operational Excellence: Hybrid Solar Delivery in Samsi
Peak Power is pleased to announce the successful commissioning of a hybrid PV system at the Samsi Health Post in the Mahottari District. This project, supported by UNICEF, addresses the critical need for infrastructure stabilization in an area where the local power supply has historically been insufficient for medical operations.
Serving as the in-country delivery partner for GSOL (Denmark), Peak Power managed the logistical execution and technical commissioning to ensure the system met the rigorous standards required for a rural health facility.
Technical & Operational Highlights:
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Essential Load Support: The hybrid system provides a consistent energy stream for critical medical equipment, effectively bypassing the limitations of the local grid.
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Regional Resilience: Strengthens the healthcare capacity for a population that has grown significantly since the original 1991 census, ensuring modern standards of care.
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Collaborative Delivery: Showcases our ability to work seamlessly with international partners to implement high-quality energy solutions in the south-eastern plains of Nepal.
This installation reinforces our commitment to providing the technical backbone necessary for reliable healthcare delivery across every province in the country.
- 8 KVA - 1 phase inverter stack Victron Quattro
- 6.3 kW DC coupled PV
- 14.4 kwhr lithium based storage.
Infrastructure Stabilization: The Gaushala Municipality Solar Project
Peak Power is pleased to highlight our role in the successful delivery of a hybrid PV system for the Gaushala Health Post in the Madesh Province. As the municipality has evolved from a collection of Village Development Committees into a significant regional hub, stabilizing its healthcare infrastructure became a top priority for our partners at UNICEF.
Working as the in-country execution partner for GSOL (Denmark), Peak Power managed the logistical delivery and technical commissioning of this critical energy backbone.
Technical & Operational Highlights:
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Scalable Resilience: The hybrid system provides a stable energy source for essential medical loads, ensuring that modern healthcare delivery is not interrupted by local grid instability.
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Supporting Growth: Directly enhances the capacity of a health facility serving a rapidly expanding population of over 72,000 residents.
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Local Delivery, Global Standards: Demonstrates Peak Power’s ability to implement world-class renewable energy solutions in the south-eastern Terai region.
By providing a dependable power source, we are helping the Gaushala Health Post meet the needs of its community with confidence and technical excellence.
- 1 phase Victron Energy multi inverter
- 7 kW DC coupled PV
- 1200 AH of deep cycle battery storage.
Operational Excellence: Hybrid Solar Integration in Tahu, Palpa
Peak Power is pleased to announce the successful delivery of a hybrid PV system for the Tahu Health Post in the Palpa District. Known for its challenging terrain and significant natural landmarks, Tahu required a dependable energy solution to overcome the limitations of the local power supply.
Acting as the in-country partner for GSOL (Denmark), Peak Power managed the end-to-end logistics, installation, and technical commissioning for this UNICEF-supported initiative.
Technical & Operational Highlights:
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Infrastructure Resilience: The hybrid system ensures a stable power supply for essential medical loads, critical for a facility serving a population of nearly 4,000 residents.
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Environmental Harmony: Provides a clean, silent energy alternative that respects the natural surroundings of the Rambha forest and Purba khola valley.
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Collaborative Success: Demonstrates our capability to implement high-quality, international energy standards in the geographically diverse Lumbini Zone.
By providing a stable power foundation, we are helping the Tahu Health Post continue its vital mission of serving the local community with technical excellence and reliability.
- 15 KVA - 1 phase inverter stack Deye
- 10 kW DC coupled PV
- 21.6 kwhr lithium based storage.
Infrastructure Modernization: The Thoche Health Post Solar Project
Peak Power is pleased to highlight the successful delivery of a hybrid PV system at the Thoche Health Post in the Manang District. Given Thoche’s location at 1,860 meters above sea level and its importance as a stopover for the Annapurna Circuit, stabilizing the facility's energy infrastructure was a key priority for our partners at UNICEF.
As the in-country execution partner for GSOL (Denmark), Peak Power managed the complex logistics and technical commissioning required to implement this critical energy backbone in northern Nepal.
Technical & Operational Highlights:
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System Resilience: The hybrid architecture provides a consistent power supply for essential medical loads, mitigating the risks of grid instability in a remote mountain environment.
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Critical Service Delivery: Supports a health post responsible for the primary care of the local community and the high volume of international trekkers traversing the region.
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Logistical Excellence: Demonstrates our ability to coordinate and install high-quality renewable energy solutions in high-altitude settlements with limited infrastructure.
By providing a dependable power source, we are helping the Thoche Health Post maintain its vital mission with technical excellence and sustainability.
- 15 KVA - 1 phase inverter stack Victron Quattro
- 10 kW DC coupled PV
- 14.4 kwhr lithium based storage.
Technical Case Study: High-Altitude Hybrid Solar Integration in Humde
The Humde Health Post project represents a major technical achievement in one of Nepal’s highest inhabited regions. At approximately 3,290 meters above sea level, the facility requires specialized infrastructure to manage both the extreme environment and the critical needs of a remote population on the Annapurna Circuit.
As the in-country installation and support partner for GSOL (Denmark), Peak Power successfully implemented a hybrid PV system designed to stabilize the health post's energy supply under UNICEF’s broader regional initiative.
Technical & Operational Highlights:
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Altitude-Resilient Infrastructure: The hybrid system provides a consistent energy backbone for essential medical loads, ensuring that critical diagnostics and services are not affected by grid instability.
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Strategic Logistical Delivery: Managed the complex transport and commissioning of high-performance solar components to a high-altitude settlement in the Manang district.
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Community Stewardship: Strengthens the healthcare capacity for the Manangi people, providing a modern energy solution that supports both local residents and international trekkers.
This installation underscores Peak Power’s capability to deliver and maintain high-precision energy solutions in the world’s most demanding geographical environments.
- 8 KVA - 1 phase inverter stack Victron Multiplus 2
- 10 kW DC coupled PV
- 14.4 kwhr lithium based storage.
Operational Excellence: Hybrid Solar Implementation at Olane Health Post
Peak Power is pleased to announce the successful commissioning of a hybrid PV system at the Olane Health Post in the Panchthar District. This project, supported by UNICEF, was designed to address the severe energy poverty in this remote region, where the lack of stable power previously forced medical staff to perform critical procedures—including childbirth—under suboptimal lighting conditions.
As the in-country partner for GSOL (Denmark), Peak Power managed the end-to-end delivery and technical support to ensure a resilient energy backbone for this facility.
Technical & Operational Highlights:
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Infrastructure Resilience: The hybrid system provides a 24/7 energy supply for essential medical loads, a critical upgrade for a community of over 2,300 residents.
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Maternal Health Support: Directly improves patient safety by providing reliable lighting and power for obstetric and emergency services.
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In-Country Expertise: Demonstrates our ability to coordinate with international firms and UN agencies to execute high-impact infrastructure projects in the Koshi Province.
By replacing mobile phone lighting with a professional, sustainable energy solution, we are helping the Olane Health Post fulfill its mission with technical excellence and improved health outcomes.
- 8 KVA - 1 phase inverter stack Victron Multiplus 2
- 6.8 kW DC coupled PV
- 14.4 kwhr lithium based storage.
Infrastructure Stabilization: The Tellok Health Post Hybrid Solar Project
Peak Power is pleased to highlight the successful delivery of a hybrid PV system at the Tellok Health Post in Taplejung District. Situated in the high-altitude terrain of north-eastern Nepal, this project addresses the critical need for energy security in a region where the local power supply was previously insufficient for medical operations.
As the in-country execution partner for GSOL (Denmark), Peak Power managed the complex logistics and technical commissioning required to implement this UNICEF-supported energy backbone.
Technical & Operational Highlights:
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System Resilience: The hybrid architecture provides a stable power supply for essential medical loads, mitigating the risks of grid instability in a remote mountain environment.
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Supporting Taplejung’s Communities: Directly enhances the healthcare capacity for nearly 400 individual households in the Koshi Province.
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Collaborative Excellence: Demonstrates Peak Power’s ability to coordinate with international firms and UN agencies to deliver high-quality renewable energy solutions in Nepal’s most isolated regions.
By providing a dependable power source, we are helping the Tellok Health Post fulfill its mission with technical excellence and long-term sustainability.
