Dal campo nell'East Sumba. Assistenza sanitaria, acqua pulita, prevenzione e sanità comunitaria dove l'accesso rimane difficile.
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Acqua, energia e infrastrutture
Energia solare e elettrificazione
Reliable power for children, schools, water systems and community services in places the grid does not reach.
- 2,224 Junior and 24 Student lights in 2025
- 24 schools reached in the planned distribution
- Solar systems designed for remote maintenance
When the sun sets, essential work should not stop
In an off-grid village, darkness affects study, safety, communication, water and the ability to prepare for tomorrow. Solar & Electrification turns available sunlight into practical hours that children, teachers and communities can use.
Il programma
Energy designed around what people need to do
Electricity matters when it keeps a child reading, a teacher preparing, a water pump moving or a remote team connected. The technology is only useful if it serves that daily purpose reliably.
Our report from Mahu shows a small solar panel powering one lamp beyond the grid, and why dependable electricity matters in daily life.
Solar & Electrification works at several scales. Personal SolarBuddy lights give children safer light for reading and movement after dark. Larger photovoltaic systems support schools, water infrastructure, internet access, printing, charging and the buildings where essential services operate.
Each project begins with the use, not the equipment. Load, autonomy, location, security, maintenance and local responsibility are considered before installation. Teams return to inspect what was built, listen to users and correct problems because equipment placed far from technicians must remain understandable and repairable.
2,224 Junior and 24 Student lights prepared with education and school coordination.
Teachers, families and local leaders help verify recipients and explain responsible use.
A 6 kW inverter and 14 kWh lithium battery support learning, internet, printing and teachers living on site.
The Mbajik system was inspected nearly a year after installation, with users consulted and equipment checked.
From need to maintained power
How a remote energy system is built to last
The installation day is one moment in a longer responsibility. A useful system must be sized correctly, installed safely, understood locally and inspected after people begin using it.
Identify the use
The team records who needs power, for which activities, at what hours and what currently stops them.
Measure and design
Loads, solar exposure, battery autonomy, wiring routes, structure, security and future maintenance shape the system.
Transport and install
Panels, batteries, inverters, protection and tools travel across difficult routes before careful testing on site.
Teach responsibility
Users learn charging, safe operation, panel cleaning, fault reporting and the limits of available power.
Return and inspect
Connections, supports, batteries, inverters and actual use are reviewed so problems are found before service fails.
Reliability is part of the intervention
Power must remain safe after the team leaves
Off-grid equipment cannot depend on frequent specialist visits. Clear design, protected components, realistic loads and local knowledge are essential to continuity.
What a durable system includes
- Load assessment based on real daily use rather than equipment alone
- Correctly sized panels, inverter, battery storage and electrical protection
- Safe wiring, secure mounting and components protected from weather and misuse
- Simple operating guidance understood by teachers, families or local supervisors
- Routine cleaning, visual checks and a clear way to report faults
- Documented follow-up that compares technical performance with user experience
What puts continuity at risk
- Adding loads that exceed the system’s designed capacity
- Damaged cables, loose connections, water entry or unsafe alterations
- Batteries left without monitoring or used outside safe operating limits
- Panels shaded, dirty, unsecured or installed without access for inspection
- No person locally responsible for basic checks and fault reporting
- Equipment donated without training, spare planning or a return visit
At SDN Mbajik, power now supports classrooms, teachers living on site, internet, printing and evening study. Returning after installation is part of the work.
Energy in daily life
Electricity connects services that used to stop at dusk
At SDN Mbajik in Haray, six teachers sleep on site because the school is hours from town. The solar system serves 55 pupils and supports lesson preparation, computer use, printing, internet access and lighting after sunset. Its value appears in ordinary tasks that can now continue.
Study and teaching
Children can read after dark while teachers prepare and print lessons without travelling to town.
Water systems
Solar pumping can move water where gravity or a public electricity connection is unavailable.
Communication
Charging and internet access connect remote schools and teams to information, coordination and support.
Safer evenings
Personal lights reduce dependence on darkness and polluting flame-based lighting for study and movement.
Quali cambiamenti nella pratica
Reliable energy returns usable time to a community
Children can keep learning
Reading and homework no longer have to end simply because daylight has disappeared.
Teachers can work on site
Preparation, printing, charging and online resources become possible at the school where they live.
Water and communication become more resilient
Correctly designed solar power can support pumps, connectivity and field equipment beyond grid reach.
Responsibility continues after installation
Training and return inspections make users part of keeping the system safe and useful.
School systemSolar electrification at SDN MbajikFollow the transport, installation, testing and local training behind a remote photovoltaic system.
Programme evidenceSolarBuddy distribution reportsOpen the reporting behind lamp preparation, routes, school coordination, funding and delivery.
Energy educationA light arrives with knowledgeSee how children learn to charge, protect, share and use a personal solar light responsibly.
Connected infrastructureWater ConnectionsUnderstand where solar pumping and reliable energy support safe water beyond public networks.
Registrazione in campo in tempo realeNote di viaggio dall'Indonesia orientaleFollow recent inspections, distributions, school visits, water systems and infrastructure work.
Guida pratica e glossarioEnergy and infrastructure explainedOpen practical terms and field guides related to solar power, batteries, access and maintenance.
Health referenceHousehold energy and healthRead why replacing polluting household fuels and lighting matters for respiratory health and safety.
In diretta dal campo
Solar & Electrification Field Notes, as the work happens
Two recent signals involving solar power, schools, lighting, batteries or infrastructure. These notes refresh when a relevant Field Note is published.
Direttamente dal campo
Latest Solar & Electrification reports
These reports document installations, school use, lamp distributions, inspections, maintenance, energy education and what reliable power changes in remote communities.
Il ritardo nella consegna delle lampade solari sta colpendo le scuole remote
Una ritardata consegna delle SolarBuddy lampade ha rinviato l’arrivo di 2.224 lampade a East Sumba di circa 15 giorni. Questo ritardo ostacola i nostri piani, ma non ci fermerà. Ci adattiamo, programmiamo di nuovo e continuiamo a lottare per coloro che non hanno luce, elettricità o accesso all’assistenza sanitaria. Sarò pronta entro il 10 giugno.
Inizio di una massiccia missione umanitaria nell'est dell'Indonesia
In Sumba inizia una missione umanitaria di cinque mesi che porta assistenza medica, accesso all’acqua e energia solare nelle comunità isolate. Fair Future sta consegnando 3 tonnellate di forniture, sta lanciando uno studio sulla malaria e sta costruendo infrastrutture vitali per migliorare la qualità della vita dove è più necessaria l’assistenza.
Portare la luce solare nelle 24 scuole remote di East Sumba
Nella East Sumba, quasi 12.000 studenti devono affrontare la sfida di studiare senza elettricità. Grazie a Light Up the Future, Fair Future Foundation vengono distribuite 2.224 lampade solari a oltre 2.000 bambini in 24 scuole remote, portando luce sicura e rinnovabile per migliorare l’istruzione, la salute e la vita quotidiana.
KBI e Fair Future garantiscono l’ SolarBuddy importazione senza dazi doganali
Ottime notizie! Abbiamo ufficialmente ottenuto l’autorizzazione senza tasse per l’importazione di 2.224 SolarBuddy lampade dall’Australia. Questo traguardo storico rende Fair Future la prima ONG a ottenere importazioni umanitarie senza dazi doganali in Indonesia. Queste lampade presto illumineranno i villaggi dell’East Sumba. Grazie enormi a Rotary, SolarBuddy, e ai nostri team per aver reso possibile questo risultato!
SolarBuddy Mappa 2025: Illuminare le scuole
Scoprite la nostra mappa interattiva sulla distribuzione delle SolarBuddy lampade per il 2025! I punti gialli indicano le scuole che riceveranno 2.224 lampade, mentre i punti grigi mostrano oltre 100 scuole ancora senza elettricità, che colpiscono oltre 10.000 bambini. È ancora un lungo cammino da percorrere, ma siamo vicini a un futuro più luminoso. Cliccate sulla mappa per esplorarla!
La luce solare trasforma la vita nelle zone rurali dell'Est di Sumba
Nella East Sumba esistono innumerevoli famiglie senza alcuna fonte di luce. La mancanza di energia elettrica costringe i bambini a compiere lunghi viaggi per andare a scuola all’alba, gli individui cucinano in condizioni pericolose e lo studio notturno diventa una sfida significativa.
SolarBuddy Le lampade arriveranno dopo una lunga battaglia per l'importazione
Siamo prossimi a finalizzare l’importazione di 2.224 SolarBuddy lampade dall’Australia in Indonesia – un’iniziativa senza precedenti per portare luce ai bambini di East Sumba. Dopo tre mesi, oltre 15 incontri e innumerevoli lettere, ora attendiamo l’approvazione definitiva a Jakarta il 3 febbraio. Questo traguardo aprirà la strada a futuri importi umanitari esenti da tasse.
L'espansione del magazzino per aumentare le forniture mediche e i laboratori
Estendiamo il nostro magazzino presso il Rumah Kambera! Inizialmente, esso conterrà forniture mediche e 2.200 SolarBuddy lampade donate da Rotary e SolarBuddy. Nel 2025 ospiterà anche un piccolo progetto di laboratorio. Clicca qui per visualizzare i piani e vedere come questo nuovo stabilimento supporterà la nostra missione. Grazie!
2.024 SolarBuddy luci spedite dall'Australia presto
Le SolarBuddy luci 2024 sono in arrivo da Canberra, in Australia! 2000 luci per bambini e 24 più grandi per le scuole arriveranno a Surabaya entro un mese. Stiamo preparando i documenti doganali e utilizzeremo il nostro camion e il nostro servizio Roll per prenderle. Questa vasta operazione darà luce a quasi 2500 persone, trasformando le loro vite.
SolarBuddy Le lampade illuminano i villaggi remoti di notte
In villaggi ultra rurali privi di energia elettrica, le SolarBuddy lampade donate da Fair Future e Rotary illuminano le cucine e i sentieri di notte. Durante il giorno, queste lampade si ricaricano appese agli alberi o alle recinzioni, pronte a illuminare le case e i sentieri al tramonto. Questa soluzione semplice offre sicurezza e luminosità alle famiglie che ne hanno più bisogno.
Sviluppando l’energia solare per 2.000 famiglie nell’East Sumba
Nel 2024 stiamo lavorando per distribuire 2.000 lampade SolarBuddy solari a 2.000 bambini e famiglie, nonché 2.000 case in tutta la East Sumba. In questi villaggi e scuole non c’è elettricità. Questo progetto, in collaborazione con SolarBuddy, Kawan Baik e Rotary International, porterà luce nelle case e nelle scuole.
SolarBuddy Le lampade e le lettere collegano due mondi
SolarBuddy Le lampade assemblate dai bambini all’estero arrivano con lettere personali per i bambini della zona rurale dell’Indonesia, collegando due comunità grazie a un accesso pratico alla luce sicura.
Responsabilità
Installed equipment creates a continuing responsibility
We document specifications, costs, locations, recipients, training, inspections and faults. Energy projects are judged by safe performance and daily usefulness over time, not by the moment equipment is handed over or switched on.
