SmartgridEdu

An immersive smart-grid learning ecosystem that bridges energy theory and practical simulation, empowering students, operators, and institutions to master modern power systems.

Live LabsInteractive scenarios for grid behavior
Data-DrivenPerformance analytics for each module
ScalableFrom classroom to utility-level training
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SmartgridEdu Logo
  • Train demand-response strategies with visual simulators.
  • Explore renewable integration and storage balancing.
  • Measure learning outcomes with real-time dashboards.

Future-Ready Energy Education

SmartgridEdu provides a structured learning journey for understanding distributed energy resources, grid intelligence, and resilience planning in one modern platform.

Smart Grid Basics Microgrid Training IoT Sensor Data Renewable Dispatch Control Strategy Lab
What It Is

Integrated Learning + Simulation

  • Interactive modules that combine theory, simulation, and project-based assessment.
  • Cloud-enabled dashboards to monitor lab outcomes and learner progression.
  • Flexible deployment for schools, universities, training centers, and industry academies.
  • Built to support energy transition topics with practical, measurable outputs.
Core Features

Designed for Modern Learning Environments

Scenario-Based Labs

Students test grid events such as peak load, renewable fluctuations, and outage recovery.

Learning Analytics

Track competency growth through scorecards, activity logs, and performance insights.

Remote Access Platform

Enable blended or distance learning with browser-based simulation and collaboration tools.

Custom Curriculum Mapping

Align modules to institution standards, industry certifications, and local energy priorities.

How It Works

Learning-to-Impact Workflow

1. Baseline Assessment

Learners begin with diagnostic tasks to map current understanding of grid systems and energy concepts.

2. Guided Simulation Modules

Participants run curated scenarios on demand management, voltage stability, renewable mix, and storage behavior.

3. Team Challenge Projects

Learners collaborate to design practical smart-grid strategies for community or campus-level use cases.

4. Evaluation & Recommendations

The platform generates learning outcomes and actionable recommendations for instructors and institutions.

Use Cases & Applications

Where SmartgridEdu Delivers Value

From academic institutions to utility training centers, SmartgridEdu supports practical upskilling in energy transition.

Universities & Polytechnics
  • Hands-on labs for power and electrical engineering programs
  • Capstone-ready simulation environments
  • Stronger graduate readiness for smart energy careers
Utility Workforce Training
  • Operational drills for distributed resource coordination
  • Resilience planning for outage and peak-demand events
  • Continuous professional development pathways
Community Energy Programs
  • Energy literacy programs for local stakeholders
  • Microgrid awareness and planning workshops
  • Data-supported decision making for sustainability initiatives
Benefits at a Glance

Clear Outcomes for Learners and Institutions

Higher
Learning Retention

Visual and practical simulations help learners retain complex energy concepts effectively.

Faster
Skill Development

Structured modules accelerate competency from foundational concepts to applied scenarios.

Stronger
Industry Alignment

Curriculum can mirror real utility challenges and evolving renewable integration practices.

Scalable
Program Expansion

Adopt for one class, one department, or institution-wide training without redesigning the core system.

Contact us

Bring SmartgridEdu to your institution and build future-ready energy talent.

Our team can tailor implementation for classroom deployment, instructor onboarding, and curriculum integration.

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Direct Contact
pajon.tech@gmail.com
+62 853-7252-3542
Jakarta, Indonesia