FINAL PROJECT: SCI 100 STS

ECOCHARGE

Designing Sustainable Solutions to the
Climate and Energy Crisis.

600W
SOLAR ARRAY
2.2kWh
DAILY YIELD
100%
OFF-GRID
IoT
SMART MONITOR
Critical Issues Detected

SYSTEM
CONTEXT

DIAGNOSTIC REPORT:
Current infrastructure is failing to meet modern demands.
Three critical points of failure identified.

ERR_ENV_01

High Carbon
Emissions

79%

Reliance on fossil fuels (Coal/Gas).
75 Teragrams CO2 released annually.

ERR_SOC_02

Utility
Deficit

$0.22 / kWh

Prohibitive costs create a
Digital Divide for students.

ERR_NET_03

Grid
Fragility

FAIL

Centralized grids collapse during
Typhoons (20+/yr).

CINEMATIC WALKTHROUGH

Experience EcoCharge

THE PROPOSED DESIGN

EcoCharge Modules

Explore the detailed specifications of each component.

Daylight Design
MODULE 01

Exterior & Materials

Bamboo-steel hybrid structure, sun shading, and 15° roof tilt optimization.

Explore Design →
Night Safety
MODULE 02

Night Safety System

Integrated LED street lamps providing security and off-grid illumination.

Explore Safety →
Technical Components
MODULE 03

Internal Components

600W Array, 400Ah Battery, Inverter, and detailed Load Calculations.

View Specs →
Interior UX
MODULE 04

Interior & IoT

Ergonomic seating, USB charging ports, and the Smart Dashboard UI.

Explore Interior →
QUICK LOOK: DAILY LOAD SUMMARY
Component Qty Power Daily Total
LED Street Lamps 2 30W 720 Wh
DC Ceiling Fan 1 35W 350 Wh
Charging Ports 10 10W 800 Wh
IoT System 1 15W 360 Wh
TOTAL DEMAND: 2,230 Wh
STS ANALYSIS MODULE

SOCIETAL TRANSFORMATION

EcoCharge addresses the "Utility Deficit" of modern infrastructure. We move beyond simple power generation to create a system that fosters equity, safety, and education.

🎓 SDG 4: QUALITY EDUCATION

Visualizing the Invisible

Renewable energy is abstract. Our dashboard makes it concrete. By converting raw Kilowatts into "Trees Planted" or "Carbon Saved", we transform a waiting shed into a daily classroom for sustainability.

Metric 01
kW Output
➔
Result
Energy Literacy
🌳
26 Trees
Equivalent Carbon Offset / Year
⚖️ SDG 10

Bridging the Divide

With electricity rates at $0.22/kWh, power is a privilege. EcoCharge democratizes access, ensuring low-income students stay connected.

Current Cost EXPENSIVE
EcoCharge Cost FREE
🛡️ SDG 11: CITIES

Eliminating the "Utility Deficit"

Unlit transport stops create vulnerability. Our automated LED lamps create a "Safe Haven" visible from a distance.

💡
DETERRENCE
👁️
VISIBILITY

Ethical & Technical Challenges

RISK MITIGATION PROTOCOLS

⚠️ Risk: Vandalism

Theft of cables or damage to screens is a primary threat in public zones.

Solution deployed:

Tamper-Proof Hardware

⚠️ Risk: Efficiency Loss

Dust accumulation can reduce solar output by up to 15% over time.

Solution deployed:

"Adopt-a-Shed" Program

🚀

Future Scalability

Expansion to rural Barangays & Wi-Fi Integration.

PHASE 1 COMPLETE
<

Interactive Dashboard

Live simulation of the EcoCharge OS v1.0

⚡

ECOCHARGE

Live Monitor

System Active

Real-time solar harvest data.

450 Watts Gen.
🔋 Battery: 85% 🌡️ Temp: 28°C

Carbon Offset

12.5 kg

🌿
Daily Goal85%

Community Impact

142

Students charged today

👥
Series A Funding

INVEST IN THE
FUTURE

EcoCharge is projected to capture 15% of the micro-grid infrastructure market by 2028. Join us in powering the next generation.

Market Trajectory

PROJECTED ADOPTION RATE (2025-2030)

2025
2026
2027
2028
2029
Projected ROI
240%
▲ 12.5% this quarter
Deployment Units
50+
Planned for Q4 2026

Supported By Industry Leaders

NORECO II DOST-SEI
GREEN TECH Dumaguete LGU SOLAR PH FutureVentures NORECO II DOST-SEI
GREEN TECH Dumaguete LGU

Ready to Shape the Future?

Download our complete technical whitepaper and investment prospectus.

Future Outlook

DEPLOYMENT TIMELINE

Q4 2025 (CURRENT)

Campus Pilot Launch

Deployment of Alpha Prototype at St. Paul University Dumaguete. Data collection on student usage and energy yield.

Q2 2026

Dumaguete City Rollout

Partnership with LGU to install 5 EcoCharge units in high-traffic transport terminals.

2027 & BEYOND

Nationwide Off-Grid Access

Expansion to rural barangays with limited grid connectivity. Integration of Wi-Fi hotspots for remote education.

Validated by the Community

“

"During the last brownout, I had a deadline due at 11 PM. EcoCharge was the only place on campus with light and power. It literally saved my grade."

JD
J. Dela Cruz
BSIT Student, Year 3
“

"Waiting for a tricycle at night used to feel unsafe because the streetlights were always broken. The EcoCharge shed is bright and makes me feel secure."

MR
Maria Reyes
Daily Commuter
“

"A brilliant application of STS principles. It solves a real infrastructure problem while educating students about carbon footprints."

AT
Arch. Tan
Faculty, C.E. Dept
BSIT / BSBA/ BSMA / BA Department

MEET THE ECOCHARGE TEAM

Zsian
Role
PROJECT LEAD

Zsian Morales

Developer, UI/UX & 3D Rendering

CODEBASE 98%
Kayenne
Role
RESEARCH LEAD

Kayenne Basilio

Data Analysis & Documentation

ANALYTICS 95%
John Ray
Role
LEAD DESIGNER

John Ray Circulado

3D Modeling & Visualization

RENDERING 92%
Khyle
Role
TECH SPECIALIST

Khyle Miliones

Hardware Specs & 3D Modeling

HARDWARE 94%
Mark
Role
SYSTEMS ANALYST

Mark Manalo

Context & Crisis Analysis

LOGIC 90%
Sarah
Role
STRATEGIST

Sarah Omangay

STS Impact & Future Goals

VISION 96%
SPUD Logo

ST. PAUL UNIVERSITY DUMAGUETE

College of Business & Information Technology
Bachelor of Science in Information Technology
Bachelor of Science in Accountancy
Bachelor of Science in Business Administration
Bachelor of Science in Management Accounting

COURSE: SCI 100 STS

INSTRUCTOR: MR. ROLDAN H. HERNANDO

© 2025 ECOCHARGE PROJECT