Share:
This guide outlines LEED credits and prerequisites that can be achieved with little to no major material or construction cost. These strategies focus on early planning, documentation, process alignment, and smart site selection, making them especially suitable for projects seeking cost-effective sustainability outcomes.

This guide outlines LEED credits and prerequisites that can be achieved with little to no major material or construction cost. These strategies focus on early planning, documentation, process alignment, and smart site selection, making them especially suitable for projects seeking cost-effective sustainability outcomes.
These credits emphasize early analysis, coordination, and documentation, rather than physical construction investments.
Points Available: 1 (most project types)
What it is:
An integrative design approach that brings together all key project stakeholders early to identify synergies between building systems.
How to achieve it:
Conduct early (Discovery phase) analysis of energy and water systems before schematic design.
Use findings to inform:
Owner’s Project Requirements (OPR)
Basis of Design (BOD)
Why it’s low cost:
Relies on planning methodology and coordination
No additional construction materials required
Points Available: 1 (all project types)
What it is:
A documented evaluation of site conditions completed before design begins.
Key assessment areas include:
Topography
Climate
Hydrology
Vegetation
Human use and surrounding context
Why it’s low cost:
Involves analysis and documentation only
Helps avoid costly design changes later
.jpg)
Figure 1. Different tiers of LEED Accredited Professional (AP), with Tier 3 being the highest.
Points Available: 1 (all project types)
What it is:
Recognition for having a LEED Accredited Professional (AP) with the appropriate specialty as a principal project team member.
How to achieve it:
Assign a qualified LEED AP to the core project team
Why it’s low cost:
No material or construction costs
Improves coordination and streamlines certification
These credits can often be achieved simply by choosing the right site, or by leveraging existing site conditions.
Points Available:
Up to 16 points (New Construction)
Up to 20 points (Core and Shell)
Up to 9 points (Healthcare)
What it is:
Rewards projects located entirely within a LEED for Neighborhood Development (LEED ND) certified area.
How to achieve it:
Select a site within a LEED ND Certified Plan or Certified Project
Why it’s low cost:
Points are earned through location choice, not construction upgrades
Points Available: 1–2 (varies by rating system)
What it is:
Encourages development on land that avoids environmental sensitivity.
How to achieve it (low-cost option):
Locate the development footprint on previously developed land (Option 1)
Why it’s low cost:
Compliance is based on site history, not new design features
Points Available: 1–3 (varies by rating system)
What it is:
Rewards projects located on sites with social, environmental, or economic priority.
Eligible low-cost options include:
Infill sites within historic districts
Sites with recognized priority or redevelopment status
Why it’s low cost:
Points are achieved through site selection alone
These requirements focus on design decisions and policies rather than high-cost installations.
Requirement Status: Mandatory prerequisite
Low-cost compliance option:
Use native or adapted plant species
Eliminate the need for a permanent irrigation system after a maximum two-year establishment period
Why it’s low cost:
Reduces infrastructure and long-term water use
Relies on plant selection and landscape policy
Requirement Status: Mandatory prerequisite
What it is:
A documented plan outlining how construction and demolition waste will be managed.
Key plan components:
Waste diversion goals
Identified recycling and disposal methods
Roles and responsibilities
Why it’s low cost:
Focuses on planning and documentation
No requirement for expensive materials or systems
Projects can earn multiple LEED points with minimal cost impact by:
Prioritizing early planning and documentation
Selecting sites with existing sustainability advantages
Using smart policies and low-impact design choices
These strategies are particularly valuable for teams aiming to maximize LEED certification outcomes while maintaining tight budgets.
The Vietnamese government is accelerating policy reforms that are poised to transform the construction industry over the next decade, balancing ambitious growth with environmental sustainability and regulatory rigor.
Hanoi / Ho Chi Minh City, 2026 — The year 2026 marks another decisive phase of transformation in Vietnam’s real estate market: “green” is no longer a marketing slogan but is becoming a criterion for financial risk assessment, capital access conditions, and project operation standards.
Every city carries fractures within it — remnants, vacant lots, abandoned structures, and layers of surplus infrastructure that fall outside the spotlight of official planning. These are spaces out of sync with urban order, yet they unexpectedly form the city’s “underside,” where seemingly continuous structures begin to rupture.
Vietnam is increasingly demonstrating strong commitment to reducing emissions and responding to climate change by placing “sustainable cooling” at the center of urban planning and development.
Urban nature isn’t a decorative layer. It cools streets, filters water, reduces floods, supports pollinators—and improves human wellbeing.
A resilient city is an urban area capable of absorbing, adapting to, and recovering from shocks and long-term stresses — from acute disasters such as storms, floods, and landslides, to chronic pressures such as rapid urbanization, ecosystem degradation, and supply-chain vulnerabilities.