Our Solutions

Our solar energy solutions help you save money on your energy bills while reducing your environmental impact by using clean, renewable energy.

1. Commercial & Industrial Solar Systems Under Solar ATAP Malaysia 2026

Solar Sunyield designs and implements Solar ATAP-compliant commercial and industrial solar PV systems across Malaysia, aligned with the latest framework introduced by SEDA Malaysia in 2026.

The Solar Accelerated Transition Action Programme (Solar ATAP) shifts rooftop solar from a revenue-based model to a structured self-consumption energy optimisation system, where businesses generate electricity primarily for internal use, while excess energy is exported to the grid under a credit-based mechanism.

We help businesses reduce operational energy dependency through engineered solar solutions designed for long-term efficiency and system performance.

2. Solar ATAP Framework for Businesses (2026 Update)

The Solar ATAP programme replaces the previous Net Energy Metering (NEM) structure and introduces a more regulated and consumption-focused solar framework for commercial and industrial users.
Under this system, solar energy is structured into three core functions:

On-site electricity generation
Prioritised self-consumption within the facility
Export of surplus energy for bill credit offset

Unlike previous models, Solar ATAP is not designed for energy monetisation but for operational energy efficiency and long-term cost stabilisation.
This makes system design, energy profiling, and consumption analysis critical to overall system performance.

3. Commercial & Industrial Solar Solutions

Solar Sunyield provides engineered solar PV systems designed for high-energy-demand environments under the Solar ATAP framework.

Factory & Manufacturing Facilities

Designed for high and continuous energy consumption environments requiring stable daytime power supply.

Warehouses & Logistics Centres

Optimised for large roof spaces and daytime operational load profiles.

Retail & Commercial Buildings

Supports consistent daytime energy usage with improved energy cost efficiency.

Office & Mixed-Use Buildings

Enhances building energy efficiency and reduces grid dependency during operational hours.

Each system is designed based on actual consumption data and site feasibility analysis.

4. How Solar ATAP Works for Businesses

A Solar ATAP-compliant system operates through a structured energy flow :

1. Solar Energy Generation
Rooftop or onsite PV systems generate electricity during daylight hours.

2. Self-Consumption Priority
Generated electricity is first consumed within the facility to reduce reliance on grid supply.

3. Export of Excess Energy
Any unused energy is exported to the grid and converted into energy credits under the ATAP framework.

4. Monthly Bill Offset Mechanism
These credits are used to offset the facility’s electricity charges on a monthly basis.
This structure ensures energy is first optimised internally before interaction with the grid.

5. Why System Design is Critical Under Solar ATAP

Under the Solar ATAP framework, system performance depends heavily on engineering accuracy rather than system size alone.

Key design considerations include:

Facility load profile (daytime vs nighttime consumption)
Peak operational energy demand
Roof or land availability for installation
Electrical infrastructure capacity
Balance between self-consumption and export efficiency

A properly engineered system ensures maximum efficiency and long-term energy cost stability.

6. Business Benefits Under Solar ATAP

Commercial and industrial solar systems under ATAP are designed to support long-term operational efficiency.
Key benefits include :

Reduced daytime grid electricity consumption
Lower long-term operational energy costs
Structured export credit system for bill offset
Improved energy planning and cost predictability
Enhanced ESG and sustainability compliance
Better utilisation of facility rooftop assets
Solar adoption under ATAP is increasingly part of corporate energy strategy rather than standalone cost saving.

7. Solar ATAP Suitability Assessment

Before installation, a technical feasibility study is required to evaluate system suitability under the ATAP framework.
Key assessment factors include :

Monthly and peak electricity consumption
Operational hours and load distribution
Roof or ground mounting feasibility
Electrical system capacity and infrastructure
Export potential under ATAP credit structure
This ensures the system is designed for optimal performance and regulatory alignment.

8. Our Engineering Approach

Solar Sunyield focuses on engineering-driven solar system design rather than standard installation models.
Our approach includes :

Detailed energy consumption analysis
Custom system design based on facility requirements
Self-consumption optimisation strategy
Structured export credit planning
Long-term system performance evaluation
Every system is designed based on actual operational data to ensure efficiency under Solar ATAP.

9. Our Process

1. Energy Assessment & Site Study
We analyse your facility’s energy usage and technical feasibility.

2. System Design & Proposal
Custom engineering design aligned with Solar ATAP framework.

3. Application & Documentation
Submission and coordination with relevant regulatory requirements.

4. Installation & Commissioning
Professional installation and system testing.

5. Monitoring & Handover
Final system verification and operational readiness.