Model your project savings and peak-demand reduction
Calculate ROIReduce peak demand charges by 30-50%, integrate with your BMS, and monitor every building from a single dashboard. Purpose-built for multi-building educational campuses.
500 kWp for mid-sized campus
RM 60K
Monthly Savings
42%
MD Reduction
MD Shaving
Reduce Peak Demand
Universities face unique energy challenges that require enterprise-grade solutions. Here is what facility managers like Mr. Chong deal with daily.
Maximum demand charges can represent 30-50% of total electricity costs for large campuses with variable loads
30-50%
of costs from MD
Managing energy across lecture halls, labs, hostels, and admin buildings with different usage patterns
10-50
buildings typical
HVAC during peak class hours (8am-5pm) creates predictable but expensive demand spikes
40-60%
of energy usage
Data centers, servers, and WiFi infrastructure require constant power regardless of occupancy
24/7
continuous load
Maximum Demand (MD) charges can represent up to 50% of campus electricity costs. Our solar + storage solutions specifically target peak demand reduction, delivering the fastest ROI for large facilities.
TNB measures your peak power draw (kW) in any 30-minute window during the billing period. This single highest reading determines your MD charge for the entire month.
Solar production peaks during daytime hours when campus demand is highest, naturally reducing grid draw
Store solar energy and discharge during peak demand periods to flatten consumption curves
AI-powered forecasting aligns solar generation with class schedules and campus events
Get instant notifications when approaching MD thresholds to trigger demand response strategies
Seamlessly connect solar generation with your existing Building Management System for intelligent campus-wide energy optimization
Direct integration with Johnson Controls, Honeywell, Siemens, and other major BMS platforms via BACnet/Modbus
Automatically reduce non-critical loads when solar generation drops or demand approaches limits
Coordinate energy flow between buildings, optimizing the entire campus as a single energy ecosystem
Deploy smart sensors for occupancy, temperature, and power monitoring across all facilities
Compatible with leading BMS platforms
847 kW
Total Generation
624 kW
Grid Offset
1,245 kW
Current Demand
Monitor every building, every meter, every faculty from a single unified dashboard. Track energy production, consumption, and costs in real-time.
Visualize power generation and consumption across every building in real-time
Track energy usage per department or faculty for internal cost allocation
Compare performance across semesters, identify trends, and optimize operations
Generate monthly reports for management, sustainability committees, and compliance
See how a leading private university in Cyberjaya transformed their campus energy profile
Cyberjaya, Selangor
Private University
850 kWp
System Size
12 Buildings Covered
Coverage
RM 1.2M
Annual Savings
42%
MD Reduction
Reduced maximum demand from 1,800 kW to 1,044 kW
BMS integration with existing Honeywell system
Multi-meter monitoring for 8 faculties
Achieved MyHIJAU certification
STEM curriculum integration for engineering students
"The MD shaving alone saved us RM 35,000 per month. The ROI exceeded our projections within the first year."
Mr. Chong Wei Ming
Director of Facilities Management
Beyond electricity savings, solar transforms your campus into a showcase for sustainability
Significant savings on maximum demand charges through strategic solar deployment and battery storage
Support for MyHIJAU, UI GreenMetric ranking, and corporate sustainability reporting requirements
Transform your solar installation into an educational resource for engineering and sustainability courses
Predictable energy costs with 25-year performance warranties and minimal maintenance
Measurable progress toward Net Zero campus goals with verified carbon offset certificates
Reduce dependency on grid power and protect against tariff increases and supply disruptions
Choose the right solution based on your campus size and energy requirements
1-5 Buildings
5-15 Buildings
15+ Buildings
A structured approach to minimize campus disruption while maximizing ROI
Comprehensive analysis of consumption patterns, MD profile, BMS infrastructure, and rooftop capacity across all buildings
Custom system design optimized for MD reduction, with detailed financial projections and carbon offset calculations
TNB approval, SEDA registration, and coordination with university procurement for LPO/tender process
Building-by-building installation during semester breaks to minimize campus disruption
System integration with existing BMS, dashboard deployment, staff training, and go-live
Tell us about your business and we'll design a solar system that matches your energy needs and budget.
Schedule an enterprise consultation to discuss your campus energy challenges and receive a customized MD reduction proposal
For Mr. Chong and university facility managers: