Planet

Solarvest champions clean energy as the pathway to a cleaner, more resilient world, driving clean energy adoption through innovation, responsible resource management and strategic partnerships to accelerate the low-carbon transition.

Key Performance Indicators for Planet

Near Term Target
FYE2030

Near Term Target
FYE2030

Long Term Target
FYE2050

Long Term Target
FYE2050

Climate Action, Energy & Emissions Management

Reduce Scope 1 and Scope 2 GHG emissions intensity by 40%

Achieve net zero emissions for Scope 1, Scope 2 and Scope 3 GHG emissions

Reduce Scope 1 and Scope 2 GHG emissions by 40%

Achieve net zero emissions for Scope 1, Scope 2 and Scope 3 GHG emissions

Water Consumption

Achieve 10% reduction in water consumption intensity (ML/million)

Achieve 30% reduction in water consumption intensity (ML/million)

Waste Management

Achieve a 10% waste diverted from landfill from overall waste generated

Achieve a 30% waste diverted from landfill from overall waste generated

Baseline year: FYE2025

Our Net Zero Ambitions

Solarvest has established a roadmap to achieve net zero emissions across our entire value chain by 2050. This includes a near term target of 40% reduction in Scope 1 and 2 GHG emissions by 2030, from a 2025 baseline.


The significance of our ambition is contextualised by a business-as-usual projection, serving as a reference to show potential emissions growth and the clear need for immediate climate action.


Our decarbonisation pathway:


Scope 1 & 2: Implementing energy efficiency measures, electrifying our corporate fleet and developing our own decarbonisation projects.


Scope 3: Introducing low-carbon travel policies and sustainable commuting initiatives, alongside prioritising green procurement and collaboration with suppliers to reduce our value chain emissions.

Our roadmap outlines a comprehensive strategy to measure, reduce and offset GHG emissions across our operations and value chain.

The following outlines the key ambitions, aims and strategies that Solarvest has set for its our own operations and for Asia Pacific (APAC) to achieve net zero by 2050. These targets guide our actions and commitments towards a low carbon future for the business and the region.

For Solarvest

Ambition

Aim

Strategy

Net Zero Operations

Achieve net zero across Solarvest's operations for Scope 1 and 2 emissions.

Optimise energy efficiency and integrate clean energy into all operations by 2050.

Net Zero Value Chain

Decarbonise the entire value chain to achieve net zero Scope 3 emissions.

Collaborate with suppliers and clients to adopt clean energy solutions and reduce emissions throughout the value chain.

Clean Energy Expansion

Scale up installed clean energy capacity.

Ensure our projects are delivered on time, within budget and with adherence to quality standards, sustaining a competitive advantage.

Investment in Transition

Allocate financial resources towards clean energy research and development.

Invest and develop clean energy innovations to further advance a low-carbon future.

For APAC

Ambition

Aim

Strategy

Incentivising Renewable Adoption

Encourage widespread clean energy adoption across businesses and communities.

Partner with stakeholders to provide financial solutions and incentives for clean energy adoptions.

Advancing Clean Energy Access

Increase access to affordable clean energy in rural and underserved areas.

Support government initiatives and work with communities to expand clean energy access.

Policy Advocacy for Decarbonisation

Support policy frameworks for a national transition to clean energy.

Collaborate with policymakers to create regulatory frameworks that accelerate APAC’s clean energy transition.

Transparency in Carbon Reporting

Uphold transparency and accuracy in reporting GHG emissions and ESG performance.

Adopt global sustainability standards and frameworks to monitor and disclose GHG emissions progress.

Tracking Our Carbon Footprint

As a clean energy solutions provider, we are committed to supporting the national energy transition towards a low-carbon future. Our operations and expertise directly contribute to global decarbonisation efforts while aligning with national frameworks such as the Malaysia’s National Energy Transition Roadmap (NETR).

 

As of 31 March 2025, Solarvest’s total cumulative installed solar PV project capacity reached approximately 986 MWp, up from 850 MWp in FYE2024 and 432 MWp in FYE2023. Based on internal assessments, this installed capacity has the potential to avoid an estimated 954.788 tonnes of CO₂e emissions annually, equivalent to planting approximately 43,399 trees or removing about 100,558 cars from the road each year.

Total cumulative project capacity

986 MWp

=

Planting

43,399 trees

=

Taken off

100,588 cars

=

Potentially avoided

954.788 tCO₂e

Note:
1. Emissions avoidance was calculated based on the CO₂ avoidance guidelines from the SEDA.
2. The number of trees planted was derived from the European Environment Agency data, where one mature tree absorbs 22 kg of CO₂ annually.
3. The number of cars removed was calculated based on the average annual distance driven in Peninsular Malaysia (28,184 km).

In FYE2025, we continued to track and monitor GHG emissions across our subsidiaries that contribute a significant portion of Solarvest’s operations, disclosing emissions from entities where we have direct influence and authority.

Waste and Materials Management

Waste generation primarily occurs at project sites and is categorised into three main streams: general waste, construction-related waste and minor quantities of electronic waste. We have a comprehensive waste management procedure guided by a waste hierarchy approach, which minimises environmental impact and supports a circular economy in line with resource efficiency principles.

 

Solarvest generates general waste, construction waste and few electronic waste that has considerable material value. Recognising the potential for resource recovery, we maximise the reuse and recycling of these materials as part of our environmental responsibility. Our waste is collected, sorted and channelled for appropriate recycling in compliance with environmental regulations.