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Industrial Parks/Pasir Gudang
Johor, Malaysia
Heavy Industry Demand

Pasir Gudang
Industrial Area

Heavy Industry, Petrochemicals & Palm Oil

An integrated heavy manufacturing corridor in Johor. Systems of 500 kWp+.

Planning industrial solar or factory solar for a plant here? Start with the park-specific numbers below.

Illustrative AI concept of solar for the Pasir Gudang industrial area
Illustrative AI concept · not a completed customer installation

PGIA Park Snapshot

Typical System Size500 kWp+
Annual Savings RangeRM188K–376K
Key IndustriesPetrochem, Oleochem, Heavy Mfg
TNB TariffMedium / High Voltage
GITA Eligibility60% Qualifying Capex
Coordinates1.4731°N, 103.8960°E

Illustrative, quoted per site. Payback ~6.4 years (MV General, on-site use only) | Post-GITA ~5.5 years

GITA 2026 DEADLINE: 31 DECEMBER 2026
Check Eligibility Now

Industry Breakdown at Pasir Gudang

Pasir Gudang is a large heavy industry cluster — petrochemicals, oleochemicals, and large-scale manufacturing operations running continuously at high maximum demand (MD). Solar cuts daytime energy charges; MD reduction needs a BESS.

Petrochemical Processing

24/7 continuous operations. Very high MD. Solar on warehouses and utility buildings is self-consumed under Solar ATAP to offset MV tariff energy charges.

Oleochemical & Palm Processing

Large single-storey processing halls. Carports and utility buildings add generation capacity.

Polymer & Plastics

High-energy injection moulding and extrusion. Predictable daytime shift loads match solar generation windows.

Heavy Engineering

Fabrication yards with large covered workshops. Carport solar arrays on vehicle and equipment parks deliver significant yield.

Port-Support & Logistics

Tank farms and transshipment facilities. Solar on admin buildings and warehouses delivers pure cost reduction with no process risk.

Solar Potential Analysis — Pasir Gudang

High energy consumption across Pasir Gudang's heavy industry creates a large absolute savings opportunity.

TNB RP4 (MV)
Tariff basis
Modelled from your own bills
Warehouse & utility roofs
Roof options
Process-plant roofs are often unsuitable
60%
GITA allowance
Commission and apply by 31 Dec 2026

System Sizing by Installation Type

Large Warehouse/Workshop RoofSized per site (max 100% of MD, up to 1,000 kWac)

Illustrative savings: Modelled from your bills

Carport & Ground-Mount ArraysSized per site

Illustrative savings: Modelled from your bills

Financial Parameters

TNB MV MD Charge (General / ToU)RM89.27–97.06/kW
MD Charge by Supply VoltageMV General RM89.27/kW · MV ToU RM97.06/kW · HV General RM31.21/kW · HV ToU RM44.82/kW (depends on your supply voltage)
Solar Savings Rate (energy only)MV General RM0.2983/kWh · LV RM0.5068/kWh
GITA Tax Allowance60% of Capex
GITA Deadline31 Dec 2026
Aerial view of an industrial park with solar panels on many factory roofs, surrounded by oil palm estates
Location & Port Access

Johor's Integrated Petrochemical & Port Corridor

Pasir Gudang Industrial Area is strategically anchored by Pasir Gudang Port — Johor's primary bulk cargo and chemical handling terminal — positioned 35 km east of Johor Bahru along the Straits of Johor. The zone is a large continuous industrial footprint.

The combination of port access, flat industrial land, and a concentration of continuous heavy manufacturing creates a unique solar opportunity: extremely high baseload consumption means near-zero export waste, maximizing the financial value of every kWp installed.

Modelled solar yield: about 3.5 kWh per kWp per day. Grid: TNB Pasir Gudang supply — voltage confirmed per site.

Coordinates
1.4731°N, 103.8960°E
State
Johor, Malaysia
Peak Sun Hours
~3.5 hrs/day (modelled yield)
Grid Connection
Confirmed per site

Location Reference

Pasir Gudang Industrial Area

Johor Bahru, Johor

Pasir Gudang Port~2 km
Johor Bahru City Centre~35 km
Singapore Second Link~55 km
Senai Airport City~50 km

Frequently Asked Questions

Specific to Pasir Gudang heavy industry and petrochemical operations

Is solar viable on petrochemical and oleochemical plant rooftops at Pasir Gudang?
Yes, with tailored engineering. Process plant rooftops are often not suitable, but warehouses, utility buildings, office complexes, and secondary manufacturing buildings are excellent candidates. Carport arrays on parking areas can also be assessed for suitable sites — an option that avoids process building structural concerns entirely.
Can solar offset very high monthly consumption at PGIA?
Yes — under Solar ATAP (non-domestic), solar generation consumed behind the same meter offsets your consumption directly; NEM is no longer open to new commercial applications. For very large PGIA consumers, even a large rooftop system covers a small fraction of total consumption — meaning little grid export. Non-domestic Solar ATAP is capped at 1,000 kWac, and system capacity is capped at 100% of maximum demand (a sizing limit, not an MD saving). Every kWh generated directly displaces grid energy at your tariff's energy rate.
What is a realistic system size for a Pasir Gudang petrochemical site?
For petrochemical plants, we focus on rooftop area of warehouses, workshops, and administrative buildings rather than process plant structures. System size is set by the eligible roof area and load, within the 1,000 kWac Solar ATAP cap and a capacity cap of 100% of maximum demand. Savings are modelled from your own bills at the Medium Voltage General energy rate (RM0.2983/kWh), if all output is used on site.
Are Pasir Gudang plants eligible for GITA if they are partially government-linked?
GITA eligibility is based on the tax-paying status of the installing entity. Private subsidiaries of government-linked companies can qualify provided they are paying Malaysian corporate income tax and the system is commissioned and the application submitted to MGTC by 31 December 2026. Subject to MGTC verification.
How does Pasir Gudang Port proximity affect logistics for solar installation?
Pasir Gudang Port provides a major logistical advantage: large solar modules and structural steel components can be imported directly by sea at significantly lower freight cost versus road-only delivery. We leverage this for project cost optimisation on larger PGIA systems.

Get Your Pasir Gudang Solar Feasibility Report

Heavy industrial solar engineering, Solar ATAP modelling for high-voltage consumers, and GITA documentation. Request a free quote for your PGIA facility.

Pasir Gudang: Johor's Heavy Industrial Zone and the Case for 500 kWp+ Solar

Pasir Gudang Industrial Area (PGIA) is a continuous heavy industrial corridor along the eastern Johor coastline. Established in the 1970s as a petrochemical and oleochemical hub anchored by Pasir Gudang Port, the zone today hosts major facilities spanning petrochemicals, oleochemicals, polymer processing, heavy engineering fabrication, and port-support logistics. The port provides direct sea access for raw material imports and finished goods exports.

Industrial tenants at PGIA are large energy consumers, running continuous petrochemical and oleochemical operations. This creates a fundamentally different solar economics case compared to lighter industrial parks: even a large 500 kWp or 1 MWp rooftop system covers only a small fraction of total site consumption — meaning every kWh generated is self-consumed at full tariff value with near-zero export waste.

Maximum Demand Management at PGIA

Under TNB's Medium Voltage General tariff, the maximum demand (MD) charge is RM 89.27 per kW per month (RP4, post-July 2025; RM 97.06 on MV ToU, RM 31.21–44.82 at high voltage). A heavy manufacturing facility on MV General with a 2,000 kW MD reading pays RM 178,540 per month in MD charges alone — before a single kWh of energy consumption is billed. Solar alone does not reliably cut MD, so peak-demand management (including BESS) is assessed separately from your own bills. An illustrative 1 MWp rooftop system generating about 1.26 million kWh annually saves approximately RM 376,000 a year in energy chargesat the MV General energy rate (RM0.2983/kWh), if all output is used on site. Payback is about 6.4 years at RM2,400/kWp before SST, or about 5.5 years after GITA (up to RM 345,600 of tax value at a 24% tax rate).

CBAM Compliance: Solar as an Export Competitiveness Tool

The EU Carbon Border Adjustment Mechanism (CBAM) — fully enforced from January 2026 — imposes carbon levies on exports of steel, aluminium, cement, fertilisers, electricity, and hydrogen into the EU market. PGIA manufacturers of these goods that export to the EU may be exposed. On-site renewable generation via solar PV reduces your Scope 2 emissions and ESG footprint. For CBAM, indirect (electricity) emissions count only for cement and fertilisers in the transition phase, so for steel and aluminium it does not change the CBAM figure. Whether CBAM applies depends on what your site produces.

Getting Started: PGIA Solar Feasibility

Trexon Energy scopes rooftop systems on warehouses and utility buildings, carport structures for fabrication yard vehicle parks. Our factory solar solutions and industrial solar solutions pages cover system design approaches for heavy industry. For an immediate savings estimate based on your monthly TNB bill, use our calculator.

Commercial Solar

Get a Solar Proposal for Pasir Gudang

Tell us about your facility in Pasir Gudang and we'll design a tailored solar system.

  • Sizing from your 12 months of TNB bills and shift pattern
  • Roof, switchboard and single-line diagram reviewed by our engineers
  • Available incentives (GITA for solar, subject to MGTC verification) and Solar ATAP eligibility checked for your premises
  • SEDA-registered PV Service Provider (RPVSP-2026/373) · SSM 201301044881 (1074704-D)

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