Empowering sustainable education
Empowering remote schools with solar digital learning
Key components
User-friendly interface: Designed to be easy to use by teachers and students.
Comprehensive Digital Content: Covers all the boards from class 1 to class 12 aligned to NCERT.
Offline function: Works effectively without an internet connection.
1+ Lakh Multimedia Resources: Includes over 1 lakh pre-installed images, 1000+ science experiments, traditional 2D/3D animations and contemporary formats like claymation and papercraft.
50+ Interactive Learning Tools: Offers over 50 tools to create an engaging and interactive classroom environment with innovative learning videos and adaptive assessments.
More than 90% of users have reported significant improvements in their educational experience.
Helps teachers in preparing lectures and managing the curriculum effectively.
Simplifies the process of conveying complex ideas.
Helps teachers improve their teaching techniques.
Reduces disruptions during teacher absence.
Inspires a passion for learning and study
Sustainable and healthy early childhood
Key components
Solar-powered energy access: Reliable power for lighting, fans, and digital learning devices.
Digital learning solutions: Tablets and TVs with interactive educational content in local languages.
Kinesthetic Learning Tools: Movement-based learning modules and interactive teaching tools that require jumping, flying, and clapping while learning concepts from the curriculum.
Offline function: Works effectively without an internet connection.
Digital and interactive tools enhance children's engagement and cognitive development.
Better facilities attract more children, thereby reducing dropout rates.
Solar-powered fans, lighting, and digital tools reduce the workload of Anganwadi workers.
Structured tracking of child health, promoting early intervention for malnutrition.
A replicable approach that can be scaled up across multiple Anganwadi centers.
Energizing student spaces
Key components
Solar-powered reliability: Harness the power of the sun to provide continuous, off-grid lighting.
Energy-efficient LED fixtures: High-quality LED lights provide bright, uniform light and reduce energy consumption.
Easy installation and low maintenance: Designed for quick deployment with minimal maintenance requirements, even in challenging scenarios.
Scalable and modular design: Adaptable to different sized hostels, ensuring consistent lighting in corridors, study areas, and common spaces.
Consistent and reliable lighting improves visibility in hostels, making corridors and common areas safer for children.
Reduced dependence on unreliable grid power reduces electricity bills and operating costs.
Using solar energy reduces carbon footprints and supports environmentally responsible practices.
A well-lit hostel fosters a more welcoming and productive environment, contributing to better academic and personal outcomes.
With built-in battery storage, hostels enjoy continuous lighting even during grid failures or power outages.
Key components
Customizable configurations: Choose from off-grid systems for remote campuses, grid-tied systems for increased grid reliability, or hybrid systems that combine both with battery backup.
Energy efficiency and cost savings: High-efficiency photovoltaic panels and smart inverters reduce energy bills and operating costs.
Scalability: Modular design allows for expansion to suit campuses of varying sizes and energy demands.
Intelligent energy management: Integrated monitoring and control systems optimize energy consumption and support peak demand management.
Low maintenance: Strong and durable components ensure a long service life with minimal maintenance.
Lower electricity bills and reduced dependence on grid power result in significant savings over time.
Reliable, uninterrupted power supply, supporting educational activities and critical operations, even during grid outages.
Reducing the carbon footprint and supporting renewable energy initiatives, positioning the campus as a green leader.
Demonstrates practical sustainability to students and staff, creating a living laboratory for renewable energy education.
A flexible design that can be integrated with growing and evolving energy technologies according to the organization's needs.
These systems are easy to use and maintain. SELCO provides all the training required for teachers and support staff to operate and maintain them effectively.
If you choose an off-grid (completely independent) or hybrid (grid-backup) setup, SELCO will install parallel solar-load wiring. The existing fixtures remain the same and only the power input source changes. However, for on-grid systems, separate load-wiring is not required.
SELCO will conduct a free site survey that assesses your organization’s needs, suggesting various solar solutions.
SELCO’s designs are modular. Additional panels and battery banks can be added as new buildings or laboratories come online, ensuring you only scale up when you need to.
Our team is ready to assist you with any inquiries regarding products, training, and support for improving your livelihood. Together, we can create sustainable opportunities for growth and success. test
Send message
