Solar for Metal Foundries and Die Casters in New Jersey
Induction melting furnaces, die casting machines and baghouse fans draw heavy power, and LandAir designs solar that offsets part of it for New Jersey foundries.
LandAir supports commercial solar planning, engineering and project coordination for New Jersey properties. The review starts with the building, its electric accounts and the owner's goals.
Review your actual bills, property constraints and design assumptions.
Review the property
Review electric use
Define the project
Solar for foundries and die casters with melt and casting loads
A foundry turns scrap and ingot into castings. Induction melting furnaces and holding furnaces pull large electric loads, die casting machines shoot metal into steel dies under hydraulic pressure, and sand plants run mixers, core machines and shakeout decks. Trim presses, shot blast cabinets and machining cells finish the parts, and baghouses and ventilation fans pull dust and fume from the building. Pumps circulate cooling water for furnaces and dies. Foundries run in long daytime periods, and some pour in several shifts. The result is a very high connected load in a building with a broad roof, so a rooftop array can take a meaningful share of the energy the plant buys at New Jersey commercial prices.
Identify which process equipment uses electricity and which uses gas or other fuels. Solar PV offsets electricity; it does not directly replace fuel-fired process heat. Confirm the actual equipment and energy sources before projecting savings.
- Site-specific energy cost modeling
- Review of ownership and operating costs
- Project eligibility review
- Property and tenant planning
Radiant heat, dust and furnace exhaust shape the layout
Our engineers look first at what leaves the roof: melt shop exhaust, baghouse discharge, and heat rising from furnaces and pour lines. We map each plume and place modules upwind with generous margins, then specify racking and cabling rated for the temperatures near the roof surface. Foundry roofs can collect dust, so we plan access paths and cleaning routines with your maintenance staff. The structure comes next, since melt shop buildings frequently have heavy steel framing and overhead cranes. On the electrical side, large induction furnaces influence power quality, and our designers account for that in protection and interconnection. NABCEP certified crews build around your pour schedule. Our engineers share the layout with your maintenance team.
Related: Metal Fabrication and Metalworking and Commercial solar cost guide. See every business type we cover on our industries page.
- Electric bill review and usage pattern check
- Roof and site constraint review including access and safety
- Preliminary layout and sizing assumptions you can validate
- Early notes on permitting and interconnection requirements
- Clear next steps for design, pricing, and timelines
Review project economics and eligibility
Compare installed cost, financing, expected production, utility charges and ongoing operating obligations for the specific property. A production estimate is separate from a savings estimate; demand and fixed charges may remain.
Federal tax treatment and New Jersey production incentives have separate eligibility, ownership, registration and timing rules. Confirm the applicable requirements with the program administrator and your tax advisor before including benefits in a budget. See the New Jersey commercial solar incentives guide and cost and ROI guide.
Confirm each assumption before including it in a project budget.
Project cost
Review the complete scope, exclusions and financing terms.
Tax treatment
Eligibility and the benefit your organization can use require tax-advisor review.
Program eligibility
Confirm current program rules, registration and project requirements.
Production and usage
Model expected output separately from savings using the actual utility tariff.
Plan the project sequence
Share bill and site details
Develop the design and approvals plan
Agree construction and handover
What's Included for Metal Foundries and Die Casters
Induction melting furnaces
Induction furnaces draw large electric loads during melt cycles. Those cycles follow production, and a share of the energy they use in daylight can come from your array. Interval data shows the pattern clearly.
Die casting machines and hydraulics
Cold chamber machines run hydraulic shot systems and heated dies with chillers beside them. They add a firm daytime base load for a solar system to offset. Our engineers confirm those loads in your bill history.
Sand systems, cores and shakeout
Mixers, core machines and shakeout decks run motors throughout the shift. We include them when we analyze interval data for the system size. Our engineers confirm each load against your meter data, then fold them into one daytime profile for the array.
Baghouse and ventilation fans
Large fans pull dust and fume from the building through most working hours. They are a dependable electrical load and a roof exhaust point that we map. We include them in the analysis.
Heat near the roof surface
Warm air rises from melt areas and can raise roof temperatures. We select components and wiring suited to that exposure, and we site modules away from direct plumes. Wiring uses rated, protected routes.
Roof dust and maintenance access
Settled dust can reduce output over time. We lay out service paths and plan cleaning access with your maintenance team, so the array stays productive. This plan goes to your facilities team for review.
Property considerations
Roof and structure
Operating patterns
Maintenance
Meters and ownership
Approvals and access
Critical operations
New Jersey project support
LandAir supports commercial solar project planning across New Jersey from Cherry Hill.
Discuss your commercial solar project
Share the property address, electric usage and the decision you need to make. Review feasible options and the next steps with LandAir.
Frequently asked questions
Will furnace heat and dust damage solar panels?
We design for it. Modules sit upwind of plumes with generous margins, components are selected for the exposure, and we plan access for cleaning. Our engineers review your exhaust points before any layout is set.
Does induction furnace load affect power quality?
Large induction furnaces can influence power quality, so our electrical engineers account for that in protection and interconnection design. We follow your utility's requirements and review your service before finalizing. We confirm the interconnection design with your utility before construction.
Can the array cover a plant that pours in several shifts?
Solar may offset part of the coincident daytime load. Remaining demand depends on the grid or a separately designed backup arrangement. A foundry with a large daytime base load still offsets a real share of purchased energy. We model your hours. We model your actual hours.
Is a ground mount possible at my foundry?
Often yes, when you have open ground. Potential New Jersey production incentives depend on the current program, project category, registration and eligibility. Confirm the applicable terms before modeling revenue. We compare both against your structure and site. We include a site review for drainage and access.
