Complete teaching system: Solar Panel → Portable Power Station → Interactive Whiteboard. Works with or without grid electricity — off-grid ready and aligned with Rwanda's education digitalisation agenda.
Solar Panel
Portable Power Station
Quadro inteligenteRwanda's Education Sector Strategic Plan 2024–2029 sets an ambitious target: raise digital learning usage from 41.1% to 65% by 2029, while bringing electricity to 95% of schools. Yet today about 20% of schools still have no power at all, and only 56.7% are connected to the internet. For those classrooms, a solar interactive whiteboard for Rwanda must do more than display lessons — it has to generate its own energy. This off-grid classroom solution pairs a solar panel, a LiFePO4 portable power station and a 4K Android interactive flat panel into one teaching system that runs digital lessons with no grid, an unstable grid, or no internet. It aligns with the REB curriculum framework, CAMIS data standards and Smart Education Phase I infrastructure, and it is built for education buyers, school owners and NGOs looking for an interactive whiteboard for education in Africa that works where power is the problem.
Every component of this solution is designed to support the policies Rwandan schools and procurement bodies are measured against.
Aligned with Rwanda's Education Sector Strategic Plan 2024–2029 — ICT integration priority, targeting digital learning usage growth from 41.1% to 65% by 2029.
Supports Rwanda's goal of 95% school electricity access by 2029. Our off-grid solution bridges the gap for the ~20% of schools still without power.
Eligible for VAT exemption under Rwanda Law No 009/2025 — educational materials and equipment supplied physically or online, per the Minister of Education's approved list.
Compatível com Smart Education Project Phase I infrastructure — 1,500 schools already connected to high-speed internet and a dedicated education network.
Six capabilities that matter most to Rwandan schools — power, durability, language, and uptime.
Solar panel + portable power station + whiteboard forms a complete energy-independent teaching system. Works in classrooms with no grid connection.
8–10 years of daily use. QM-1000F provides 960Wh capacity — enough for ~5 hours of continuous 55"/65" whiteboard operation.
English default, Kinyarwanda UI option, French available as an optional module. Teaching content aligned with the REB curriculum framework.
Maximises solar charging efficiency even in cloudy conditions. Full charge in 4–6 hours with a 200W solar panel.
AC×2, USB-A×2 (18W each), Type-C PD 100W, DC output. Powers the whiteboard, teacher laptop, and student devices simultaneously.
Extended warranty options for government and institutional bulk orders. Local after-sales support through authorised partners.
Not a single device — a complete teaching system sized to each school's power reality.
* The IFPD is not for outdoor use. This image is for illustration only, showing the IFPD paired with the solar power system.
System composition
| Componente | Model / Spec | Papel |
|---|---|---|
| Solar Panel | 100W–200W monocrystalline, MPPT compatible | Daytime generation |
| Power Station | QM-1000F (960Wh) | Storage + supply, 1000W AC |
| Quadro interativo | Model per configuration | Teaching terminal |
| Alternative | QM-500F (518.4Wh) | Small classrooms / mobile teaching |
| Entrada | QM-300F (294.4Wh) | Teacher mobile office / auxiliary power |
Three configurations, matched to three power realities
For the ~1,000 schools with no electricity at all. Solar charging by day, teaching by day — fully energy self-sufficient.
For schools with grid access but frequent outages. Charges from the grid, switches to battery power seamlessly when the grid drops.
Light enough to carry between classrooms — a portable teaching station for shared or temporary classrooms.
Four real classroom situations the solution is built for.
QM-1000F in the corner, solar panel on the roof, whiteboard showing a live lesson.
QM-500F powers the whiteboard and laptops while teachers practise.
QM-300F carried from room to room — a portable teaching station anywhere.
After class, the station keeps powering LED lights — a versatile asset schools value.
See the factory, the product and the system in action.
Full transparency — the interactive panel (MT9679 platform) and the energy storage line, both with verifiable specifications.
Interactive White Board — Model Comparison (MT9679)
| Parâmetro | QM-55HY | QM-65HY | QM-75HY | QM-86HY | QM-98HY |
|---|---|---|---|---|---|
| Tamanho | 55" | 65" | 75" | 86" | 98" |
| Resolução | 3840 × 2160 · 4K UHD | ||||
| Brilho | 350 cd/m² | 350 cd/m² | 400 cd/m² | 450 cd/m² | 500 cd/m² |
| Relação do contraste | 4000 : 1 | ||||
| Toque | 40-point infrared · 1mm touch height | ||||
| CPU | MediaTek 9679 · Quad-core A73 | ||||
| GPU | Mali G52-MC1 | ||||
| SO | Andróide 14.0 | ||||
| RAM ROM | 4+32GB · 8+128GB (Optional) | ||||
| Wi-Fi / Bluetooth | 2.4G & 5G · BT 5.4 | ||||
| Orador | 15W × 2 | ||||
| Câmera | 48MP + 8-array mic (Optional) | ||||
| Fonte de alimentação | AC100V–240V · 50/60Hz | ||||
| Consumo energético | ≤185W | ≤200W | ≤320W | ≤410W | ≤410W |
| Net weight | 26±1.5kg | 36±1.5kg | 51±1.5kg | 63±1.5kg | 100±1.5kg |
| Working temp. | 0°C ~ 40°C | ||||
| Habitação | Aluminium frame + tempered glass · Black | ||||
Portable Power Station — QM Series
QM-300F · 294.4Wh
QM-500F · 518.4Wh
QM-1000F · 960Wh| Parâmetro | QM-300F | QM-500F | QM-1000F |
|---|---|---|---|
| Capacidade | 294.4Wh | 518.4Wh | 960Wh |
| Battery type | LiFePO4 | LiFePO4 | LiFePO4 |
| Cell configuration | 4 Cell (23Ah) | 6 Cell (27Ah) | 6 Cell (50Ah) |
| Cycle life | 4000+ | 4000+ | 4000+ |
| AC output | 300W (AC×1) | 800W (AC×2) | 1000W (AC×2) |
| Type-C output | PD 100W MAX | PD 100W MAX | PD 100W MAX |
| USB-A output | 18W × 2 | 18W × 2 | 18W × 2 |
| DC input (MPPT) | 100W Max | 200W Max | 200W Max |
| DC output | 120W Max | 120W Max | 120W Max |
| Exibição | APP / LED | APP / TFT | APP / LED |
| Operating temp. | -10°C ~ 40°C | -10°C ~ 40°C | -10°C ~ 40°C |
| Peso | 6.5±0.5kg | 7.5±0.5kg | 11±0.5kg |
| Dimensões | 340×185×105mm | 333×183.6×223.6mm | 333×183.6×223.6mm |
| BMS protection | OVP/UVP/OCP/SCP/OTP/UTP | OVP/UVP/OCP/SCP/OTP/UTP | OVP/UVP/OCP/SCP/OTP/UTP |
| Solar charging | MPPT controller | MPPT controller | MPPT controller |
| Habitação | ABS+PC | ABS+PC | ABS+Metal |
Certification & compliance
System level
Content level
Simple enough for school staff — with remote guidance and local partner support on every order.
Check against the packing list — whiteboard, stand, power station, solar panel and cables arrive together in one shipment.
Fix it on the mobile stand or wall bracket and level it — one person can complete this with the included kit.
Plug the whiteboard into the power station, connect the solar panel, and confirm charging on the LED display.
Pre-load lessons, run a test class and train teachers — a remote onboarding session is included with every order.
Verifiable credentials — and, where local cases are still building, alignment with standards and programmes already active in Rwanda.
Nothing noticeable. The BMS switches the whiteboard to battery power seamlessly — the lesson continues without interruption, and the station recharges when the grid or solar power is back.
The LiFePO4 battery is rated for 4000+ charge cycles — roughly 8–10 years of daily use — and one full charge powers the 55"/65" whiteboard for about 5 hours of continuous teaching.
With the 200W solar panel, a full charge takes about 4–6 hours in clear sun. The MPPT controller keeps charging efficient even on cloudy days.
Installation follows a simple 4-step process that school staff can complete, and every order includes a remote onboarding session. On-site support is available through our local partners for larger projects.
Think of it as a whole textbook shelf inside the screen — 128GB holds a full year of lessons, videos and textbooks, and 8GB RAM keeps apps running smoothly even with many open.
Yes. We support the full RPPA package: bid form, price schedule, bid security, manufacturer's authorisation letter, RRA tax clearance, RSSB proof and business licence copy — samples provided for your reference.
Our first Rwanda deployments are in progress and our system is benchmarked against programmes already active there — such as Close the Gap's solar-powered Digitruck classroom. We can also share education ICT project references from other African countries on request.
Yes. Samples ship in 3-5 dias úteis by DHL / FedEx / UPS air freight to Kigali; bulk orders go by sea to Mombasa and then truck to Kigali in 40–50 working days.
Support 1-3 Years warranty
Datasheet, direct chat, or a quote tailored to your school, district or NGO programme.
Full specifications for the interactive panel and the QM power stations in one document.
Request by EmailTalk to our export team — English, French or Kinyarwanda support available.
Chat on WhatsAppConfigurations, pricing and documentation for your school, tender or NGO programme.
Solicite uma cotaçãoRequest a quote for your school, district, tender or NGO programme — configurations, samples and documentation available on request.
Solicite uma cotação
pt
EN 
spa 
th 
vie 
aze 
bel 
est 
lav 
ukr 
ru 
