Siting Battery Energy Storage Systems: What Developers Should Know About Land, Permitting, and Community Concerns

Battery Energy Storage Systems (BESS) are becoming an essential part of modern energy infrastructure. As electricity demand grows, battery storage helps stabilize the grid by storing energy and delivering it when it’s needed most.

While battery storage technology continues to evolve, the success of BESS projects often depends on something more foundational: where and how Battery Energy Storage Systems are sited.

Battery storage projects intersect with land use, permitting, regulatory approvals, and community considerations. When these elements are aligned at the outset of project development, the regulatory process tends to move forward more smoothly. When they are not, developers may encounter delays, redesigns, or community concerns that could have been anticipated.

Developers need a clear awareness of site selection, permitting, and stakeholder relationships. Trust is increasingly shaping battery projects, and community responses depend not only on technical facts but on developers' understanding of local context, respect for local priorities, and commitment to open engagement.

Why BESS Siting Can Be Complex

At first glance, BESS siting may appear straightforward: identify land near electrical infrastructure and proceed with development. In practice, site selection involves several overlapping considerations.

When evaluating potential BESS sites, developers may need to consider:

• municipal zoning and development bylaws

• compatibility with agricultural land use

• proximity to residences or businesses

• emergency access and response planning

• environmental and land-use considerations

It is not uncommon for a technically viable site to encounter obstacles once these broader factors are considered.

Developers should also be prepared to answer a community question often more influential than any technical screening criterion: why here? A site may appear logical from an infrastructure or permitting perspective, but if the rationale is unclear and not locally grounded, that question can quickly become a source of resistance.

Early Land & Engagement Strategy Reduces Risk and Builds Stability

A thoughtful land and engagement strategy for Battery Energy Storage Systems does more than identify a potential project site. It helps developers understand the broader landscape surrounding that site from both a technical and social risk standpoint. This initial awareness can help prevent unexpected challenges during the battery storage permitting process.

Energy infrastructure is built at the speed of trust. Battery storage projects are no different.

Engagement work is not only part of responsible project stewardship; it is also a strategic and vital piece in de-risking a project and increasing the chances of approval.

Strong land and engagement planning for BESS projects may involve:

• identifying nearby landowners and occupants

• understanding local land use patterns

• reviewing municipal planning frameworks

• assessing potential stakeholder interests and levels of impact

• understanding the local community’s values and culture

By building this understanding early, developers can align siting decisions that reflect the realities of the land and the communities connected to it.

Safety Concerns about Battery Energy Storage Systems are Increasing

As BESS becomes more common across North America, communities are asking more questions about safety, land use, and project impacts.

One of the most frequently discussed topics is battery fire risk and safety. Modern BESS facilities include multiple safety measures, engineering controls, and monitoring systems, yet community discussions are often shaped by perception as much as by technical design.

Battery storage safety planning should go beyond technical design to include awareness of thermal runaway, responder coordination, and local fire readiness. As fire safety becomes a more visible community concern, developers should engage early with the AHJ (authority having jurisdiction) and local fire responders to clarify expectations, response capacity, and any jurisdiction-specific requirements. In communities served by volunteer departments, that may involve providing additional information, coordination, or support to help ensure local responders are prepared. Addressing these issues early strengthens both project readiness and public confidence.

Other common community concerns about battery storage projects may include:

• proximity to homes or farms

• visual impact and land compatibility

• environmental considerations

• how the community benefits

These conversations are a natural part of introducing new infrastructure. When developers approach them with clear information and acknowledgement of risks, communities are more likely to engage constructively and with greater confidence, building trust and transparency from the outset.

The Groundwork for Successful BESS Development

As battery storage becomes a more visible part of the energy landscape, thoughtful siting, planning, and engagement will continue to play an important role in how projects move from concept to construction. Successful projects depend not only on technical and regulatory readiness, but also on understanding the land, the local context, and the concerns that can shape whether a project gains momentum or faces resistance.

Our team brings a refined early-stage siting and social de-risking approach to work alongside developers, operators, and infrastructure partners. Using our land and community risk assessment framework, we help clients evaluate potential sites through a broader lens, identifying social, stakeholder, and permitting risks early and supporting smarter decisions before project pathways become constrained.

If you’re assessing potential BESS projects, we’re always available to share insight and help navigate the path ahead.