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Net zero strategy

A net zero strategy is an organization’s (or city’s) overall approach to reducing greenhouse gas (GHG) emissions across its operations and value chain to near-zero, and addressing any remaining emissions with credible removals, to reach net zero by a defined target year. It sets direction and principles; the detailed execution plan is usually captured in a net zero roadmap.

What a net zero strategy typically includes

A strong strategy usually covers these elements:

Boundary and baseline

– Defined scope and boundary (sites, subsidiaries, activities)
– GHG inventory using Scope 1, Scope 2, Scope 3 categories
– Baseline year and current emissions profile (“hotspots”)

Targets and governance

– Target year (net zero by YYYY) and interim milestones (e.g., 2030 reductions)
– Accountability model (owners, KPIs, decision rights, reporting cadence)
– Link to ESG reporting and compliance needs (for example CSRD for many EU companies)

Decarbonization priorities

– Focus on real reductions first (efficiency, electrification, renewables)
– Clear hierarchy: avoid emissions → reduce → replace → only then address residuals
– Value-chain engagement for Scope 3 (suppliers, logistics, product use phase)

Residual emissions and removals

– Definition of what counts as “residual” after reductions
– Approach to removals (durable carbon removals vs short-lived offsets)
– Quality criteria, verification, and avoidance of double counting

Measurement, reporting, and verification

– Data plan (meters, ERP data, utility bills, supplier data)
– Assurance approach and audit readiness
– Progress reporting internally and externally

Net zero strategy and mobility electrification

Transport and charging are often central levers:
Fleet electrification reduces Scope 1 fuel emissions
Managed charging and renewable sourcing reduce Scope 2 impact of electricity use
– Depot and workplace charging enable scaled adoption and operational readiness
– Charging data supports EV charging carbon reporting and ESG metrics
Mobility-energy integration reduces peak loads and costs while improving grid alignment

Common pitfalls

– Setting ambitious targets without a delivery plan, budgets, or owners
– Overreliance on offsets instead of operational reductions
– Ignoring Scope 3 hotspots or lacking supplier engagement mechanisms
– Treating electricity as “zero-carbon” without sourcing and accounting clarity
– Weak data foundations that make progress hard to verify

Net zero roadmap
Net-zero strategy
CSRD
GHG Protocol
Scope 1 / Scope 2 / Scope 3 emissions
Fleet decarbonization
Fleet electrification strategy
Renewable energy certificates
Green power purchase agreement (PPA)
EV charging carbon reporting