These words come from the latest Intergovernmental Panel on Climate Change (IPCC) Reporti, released in August 2021. It paints an alarming picture of global warming and encourages swift action. Given that the global real estate sector creates one-third of global greenhouse gas emissionsii, it is crucial that asset owners and investors take a proactive approach to reducing the carbon footprint of the properties we live, work and invest in.
At First Sentier Investors, the Global Property Securities team is taking a proactive approach to decarbonising our portfolio of Real Estate Investment Trusts (REITs) by setting a net zero emissions target. The REIT sector’s total assets are valued at over US$2 trillioniii, and as some of the largest landlords in the world, they have clear duty of care to help fight climate change.
We have undertaken extensive analysis of our REIT portfolio using sophisticated models, developed in-house, and we are allocating our capital to landlords who are committed to emissions reduction. In this way, we believe real estate investors can play an important part in addressing climate change.
Three pathways to a low-carbon future
Our net zero analysis covers five areas:
- Operational carbon
- Embodied carbon
- On-site energy generation
- Procurement of renewable energy
- Carbon offsets
Below, we discuss how each element will play a role in reaching the target of net zero carbon emissions for the portfolio.
Operational carbon comes from completed buildings, and is generated from activities such as lighting, cooling, heating and running appliances.
Our operational carbon analysis includes forecasts on all owned real estate based on company information and our own assumptions. We forecast operational efficiency gains from development, redevelopment and maintenance capex programmes.
In order to reduce operational carbon emissions, modernisation is key. The newer a building is, the more efficient it is. On average, a new building is up to 55% more carbon efficientiv.
Asset owners have a number of levers available to reduce their operational carbon footprint:
- Replacement: a knockdown-rebuild generally has the greatest impact on operational emissions, as efficiency can be built into the design and using the latest technologies. However, the building process does generate higher embodied carbon (explained below).
- Redevelopment: retaining the shell of a building but extensively renovating it can reduce the emissions associated with demolition and building. However, it generally doesn’t provide the same scope to embed efficiencies as a full redesign and rebuild.
- Modernisation: ongoing improvements such as overhauling HVAC systems, replacing lighting, or installing solar panels can significantly reduce a building’s emissions. In many cases, it can also be achieved within existing capex maintenance budgets, which landlords set at an average of 5% of rentv.
There are two things landlords need in order undertake these improvements: access to capital and access to green building expertise. Investors need to be supportive of the former, and the property industry needs to continue fostering the latter, in order to successfully decarbonise the sector.
This relates primarily to the start and end of life of the assets, from demolition to construction, as outlined in Diagram 1 below. This is a critical part of the carbon puzzle: it’s estimated that 74% of total emissions from new buildings between 2020 and 2030 will be from embodied carbonvi.
Diagram 1: Embodied carbon lifecycle
In our analysis, we take into account the embodied carbon of any building, with assumptions shared up and down the supply chain. Landlords are also increasingly accounting for the cost to the environment and including the carbon output into their project feasibility planning.
On-site energy generation
Buildings are conducive to on-site energy generation, particularly solar. Photovoltaic cells costs have fallen in recent years, and where a building’s surface area has the appropriate orientation, installing solar panel systems can deliver compelling economic returns while also reducing emissions.
Procuring renewable energy
Retail electricity providers are becoming more sophisticated in offering negotiated renewable energy procurement contracts with large energy users such as REIT owners. As a result, relative costs have fallen in many countries and renewable energy uptake has increased among building owners. This user-driven demand, from large energy customers, is leading to significant amounts of capital being invested in large-scale renewable energy generation.
It’s not realistic for buildings to eliminate their emissions altogether – in the short-term at least. In an ideal future, we will see fully electrified buildings fed from a 100% renewable energy grid.
At the moment, however, carbon offsets play an important role in reaching net zero. Investment in outsourced carbon offset schemes, such as land and forest regeneration projects, have significant long-term benefits for the environment.
Some real estate owners are going even further, making direct investments in projects such as renewable energy generation, and holding them on their balance sheets.
Regardless of how they choose to offset their carbon, landlords need to ensure they are proactively accounting for the environmental costs of their assets in a clear and transparent way.
The road ahead
As the global population approaches 10 billion, the world’s building stock will likely need to double in sizevii. This means that the property sector has a significant responsibility for reducing greenhouse gas emissions – but that also means it has a huge opportunity.
Responsible investment considerations have been fully ingrained into our investment process for over a decade. We take our custodianship role very seriously and will seek to influence environmental, social and governance outcomes wherever we can.
Now, decarbonisation is the most urgent and important challenge we have as investors. By understanding how our portfolio impacts the climate, and engaging with REIT owners to drive positive change, we believe we can make a difference.
[ii] Source: World GBC - Advancing Net Zero – Asia Pacific Embodied Carbon Primer, Sept 2020
[iii] Source: FSI, August 2021
[iv] Source: FSI, August 2021
[v] Source: FSI, August 2021
[vi] Source: World GBC - Advancing Net Zero – Asia Pacific Embodied Carbon Primer, Sept 2020
[vii] World GBC - Bringing Embodied Carbon Upfront, Sept 2020
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