by Brian Penschow, AIA
At some point in the next year, a client or public owner in New Jersey is going to look across the table at their design team and ask a question that was not common even five years ago. They will want to know whether a new school can open all-electric, or at least be ready for that future. They will ask how a library, a police headquarters, or a housing project lines up with the Governor’s Energy Master Plan. They will want to know whether their building can qualify for new decarbonization or resilience money. Those questions are not random. They are surfacing because the State has set a direction for its energy system, and the buildings we design are now at the center of that story.
The Governor’s 2024 Energy Master Plan, available in full at https://www.nj.gov/emp/pdf/2024NJEMP.pdf, is the Administration’s attempt to explain how New Jersey expects to cut greenhouse gas emissions, clean up its power supply, and keep the grid reliable, all at the same time. It is not light reading, and it is easy for busy architects to assume that it belongs on the desks of utility lawyers and policy analysts, not on ours. That assumption is wrong.
While the plan is not a statute or a direct amendment to the Uniform Construction Code, it will quietly shape the programs, codes, incentives, and owner expectations that define our daily work.
The Energy Master Plan operates like a long-range master plan for the entire state. It does not change the rules of your next permit application overnight. It does, however, set the direction of travel. The Board of Public Utilities, NJEDA, DEP, DCA, and other agencies will use it as a compass when they create or revise energy efficiency programs, building decarbonization incentives, and even elements of the code. The “shall” that we eventually see in regulations and funding criteria will often be grounded in this document, even if the connection is not obvious on the surface.
At its core, the 2024 plan is trying to solve a simple but difficult problem. New Jersey has legal obligations under the Global Warming Response Act to reduce greenhouse gas emissions. At the same time, recent executive orders have accelerated the clean energy timeline and called for a fully clean electricity supply by 2035. The new plan responds by presenting a set of “no regrets” strategies rather than a single rigid pathway. It looks at electricity generation, transportation, buildings, industry, and waste, and asks how far each sector can move toward lower emissions while maintaining affordability and reliability.
For architects, the most important message in the document is that buildings are not a side issue. They are one of the main levers. The modeling behind the plan assumes that New Jersey will substantially reduce energy use in buildings, electrify a large portion of space heating and domestic hot water, and coordinate those changes with a grid that is shifting toward cleaner generation. That is a polite way of saying that the old pattern of designing gas-fired buildings and assuming cheap, stable fossil fuel service for decades is no longer the default the State is planning around.
The plan and its related executive orders point toward a future in which hundreds of thousands of homes and tens of thousands of commercial and public buildings move away from on-site combustion and toward high-efficiency electric systems, especially heat pumps. They also assume that many low and moderate-income households will be made “electrification ready” through panel upgrades, wiring improvements, and shell work, even when full equipment replacement has to be staged. Regional agreements, such as the NESCAUM heat pump commitments, reinforce the expectation that electric heating and hot water will dominate the residential and small commercial market over the next two decades. None of this means that every boiler in New Jersey will be ripped out tomorrow, but it does mean that gas-fired systems now carry visible policy and cost risk over the service life of a building.
The Energy Master Plan does not treat electrification as a silver bullet. The modeling assumes that buildings will have to use less energy overall. That is only possible if envelopes, systems, and operations improve together. Better insulation, tighter air barriers, thoughtful solar control, and careful treatment of thermal bridges reduce heating and cooling loads before any equipment is selected. Higher efficiency equipment, smarter controls, and demand response strategies reduce the strain on both the building and the grid. From our standpoint, this translates into a quiet but steady pressure toward high-performance envelopes and more deliberate interaction with the electrical system. It is reasonable to expect future code cycles, and possibly New Jersey-specific overlays, to move in that direction as the assumptions baked into the plan are translated into actual requirements.
The plan also carries a clear equity and affordability frame. It builds on the Priority Climate Action Plan and similar efforts by committing the State to direct a significant share of decarbonization investment toward low income, environmental justice, and overburdened communities. That has practical implications. Many of the earliest and most generous building programs are likely to flow into affordable housing, public housing, schools, and community facilities. Those are precisely the sectors where AIA New Jersey members already do a great deal of work. The message is that decarbonization, health, and resilience are meant to arrive in communities that historically have not received the benefit of sustained capital investment. For architects, this is not just an ethical project. It is a pipeline of real commissions, but only if we are prepared to meet them on their own terms.
What does all of this look like when you are in front of a blank Revit model or a trace roll instead of a policy document? In new construction, particularly for public and institutional clients, the default assumptions are shifting. All electric or clearly electrification-ready buildings will increasingly be the baseline option that owners expect to see on the table. High-performance envelopes will move from “nice to have” to “necessary to make the systems work.”
Roofs and sites will function as energy infrastructure, hosting photovoltaics, condensers, dedicated outdoor air
units, and in some cases batteries, alongside the traditional demands of drainage and outdoor space. Electrical
rooms and risers will quietly grow in importance. Massing, orientation, and section will be judged in part by how
they limit peak thermal loads and make these systems viable without oversizing everything.
In the existing building stock, the plan points toward a sustained market for deep retrofits rather than one-off
equipment swaps. Multifamily housing, public buildings, higher education, and aging downtown commercial space
are all treated as major opportunities to reduce emissions and improve comfort and health. That means more work
that combines envelope upgrades, interior renovation, and system replacement in occupied structures. Capital
plans will increasingly bundle life safety, accessibility, and decarbonization scopes into single campaigns. Owners
will be looking for design teams that can help them navigate utility offerings, state programs, and federal funding
streams while phasing work around occupancy. These projects are not simple “mechanical replacements.” They
are architectural projects with all the coordination, sequencing, and stakeholder management that implies.
Because the Energy Master Plan is a planning document rather than a statute, it will enter the code environment
indirectly. Energy provisions in the model codes will continue to tighten. New Jersey will have to decide how
aggressively to adopt, amend, or supplement those provisions to stay on track with the trajectories in the plan.
There may be experimentation with building performance policies, benchmarking frameworks, or zero-energy-ready
standards in certain sectors. Local officials and DCA staff are already talking about the future of the Uniform
Construction Code in language that echoes State decarbonization goals. Architects who have practiced through
earlier shifts in seismic, accessibility, or life safety standards will recognize this pattern. The direction is clear before
the specific rule is written, and the firms that prepare early are the ones who shape how the new standards land.
For individual practitioners and firms, the question becomes how to respond within the next few years rather than in
some abstract 2050 horizon. The first adjustment is internal. It is time to expand your sense of the “standard of
care” to include serious consideration of electrification and envelope performance on almost every project where it
is technically and economically plausible. That does not mean that every client will, or should, select an all-electric
path today. It does mean that your concept studies, narratives, and meeting minutes should reflect that options
were developed and evaluated. Asking your engineers, even at the earliest stages, to prepare at least one all-electric or electrification-ready scheme, and revisiting your office details with an eye toward better thermal and air
barrier performance, are simple but important moves.
A second adjustment concerns fluency in the incentive and program landscape. The Energy Master Plan is being
operationalized through utility portfolios and state programs. Those programs often pay for better design. It is no
longer optional for firms that work in schools, affordable housing, municipal work, or larger commercial projects to
understand which offerings might support a given project. Assigning someone in the office to track New Jersey’s
efficiency and decarbonization programs, maintaining a concise internal summary, and baking that knowledge into
your proposal language turns policy into a tangible service. When you can credibly tell an owner that you know how
to make their project eligible for support, you change your role in the conversation.
A third adjustment lies in how you coordinate. An EMP-aligned design cannot be treated as a late mechanical overlay.
It needs to show up in programming, schematic design, and early cost modeling. That means putting different
questions on the table. What size and configuration of electrical service would allow the building to electrify fully in
a future phase without tearing apart the core? What envelope performance do we need so that heat pumps can
handle design days without awkward equipment or awkward operating strategies? How can we accommodate
demand response and load shifting in ways that do not undermine occupant comfort or operational simplicity? When these questions become a standing agenda item in coordination meetings, the design team has a chance to
deliver buildings that make sense within the State’s energy future rather than fighting it.
None of this happens for free. There is a real risk that architects will allow EMP-driven expectations to creep into
their work as an unpriced obligation, broadening their liability without matching fees. The profession has seen
versions of this pattern before in sustainability, technology, and accessibility. It is important to draw a clear line
between basic code compliance and enhanced decarbonization or performance services. Energy modeling,
decarbonization roadmapping, incentive navigation, and post-occupancy performance review should be identified
and contracted as additional services where appropriate. Firms should work with counsel and insurers to ensure
that any performance language in their agreements is realistic, properly scoped, and supported by the right
expertise. If Energy Master Plan alignment is recognized as a professional service, it can be staffed, scheduled,
and compensated as such.
Finally, New Jersey architects should not accept a purely reactive role. The details of EMP implementation are still
very much in play. Agencies will hold stakeholder sessions when they design building decarbonization programs,
adjust utility portfolios, or consider new performance policies. AIA New Jersey can serve as a coordinated voice in
those rooms, but only if members are engaged. Watching for notices from the Board of Public Utilities, NJEDA, and
DCA, participating through relevant AIA committees, and bringing forward case studies, problems, and data from
real projects are all ways to ensure that the built environment conversation is grounded in practice, not just models.
It is also worth acknowledging that the plan is not without controversy. Business groups, some policy analysts, and
many citizens have raised concerns about the cost of rapid electrification, the readiness of the PJM grid and
transmission system, and the feasibility of hitting aggressive targets on tight timelines. Architects, as licensed
professionals charged with protecting health, safety, and welfare, have every right to take those concerns seriously.
Affordability and reliability are not optional. At the same time, it would be a mistake to read disagreement as a
signal that nothing will change. The direction toward lower-emission buildings is already visible. Public, institutional,
and affordable projects are already being asked to reflect it. Code and program changes will come in waves, not all
at once, but they are coming.
Within that landscape, AIA New Jersey has a specific role to play. The organization can convene briefings with
BPU, NJEDA, and DCA to translate policy into practical design implications. It can curate guidance on all electric
design, envelope detailing, and incentive use that speaks to the realities of New Jersey practice. It can collect
examples of projects that are already aligned with the direction of the Energy Master Plan, and it can document
where the current regulatory or program structure is getting in the way of good outcomes. Individual members can
support that work by sharing their projects, flagging RFPs and grant programs that reference the plan, and lending
their expertise to committees focused on codes, sustainability, and legislative affairs.
The Governor’s 2024 Energy Master Plan will not tell you how to detail a parapet or size a footing. It will, however,
influence what kinds of buildings New Jersey chooses to build, renovate, and fund over the next two decades. As
architects, we can allow other sectors to define our role in that transformation, or we can step into the center of the
conversation and insist that New Jersey’s path to clean energy is built on safe, durable, and thoughtful design. This
guide is an invitation to take the second path, with clear eyes about the uncertainties and a practical commitment to
prepare our practices for what is already on the horizon.
