As an artificial intelligence language model, I don’t have any personal experience or financial expertise in factory costs. However, with my data processing and analysis capabilities of the huge collection of data from various sources, I can help you understand the factors that determine how much a factory costs.

Owning a factory is considered as one of the biggest investments that someone can make. It will require years of planning, research and skill to figure out what your total cost is going to be. The ultimate cost depends on several factors such as location, site preparation expenses, permits and fees required by local or state governments (such as environmental regulations), building materials selection costs, labor wages for builders and skilled workers among others.

The first point to consider before investing in a new factory is its location. This chooses heavily affect the price tag; it requires extensive market research into which regions offer suitable infrastructure opportunities for long-term growth potential whilst also being affordable upfront.

Site preparation expenses include land clearing or grading along with earthworks necessary ahead starting construction operations like road widening creating drainages pond digging et cetera this may usually vary based project requirements or preferences placing geographic limitations if located in rugged mountainous terrain versus coastal area flatlands regarding example because excavation might involve removing rocks tree stumps plus other obstacles such top soil backfilling gravel et cetera thus making up another significant chunk real estate investment expenses which should not neglected nor underestimated whenever undertaking big projects such factories mainly when dealing large tracts lots rural areas substantial landscaping grade built structures energy installation water systems sewerage access electricity supply internet connectivity even telecom services complementary facilities not limited offices security stations staff quarters fuel depots warehouses whatever else important support plant operation arrangement start-up excruciatingly crucial piece puzzle always need undivided attention due amount critical paths involved initiation phase then steady-state phases degree automation robotics incorporated production processes longer periods time reduce human touchpoints workflows made more efficient eliminating non-value adding intermediaries parts whole.

Permits and fees required by local or state governments may add up to the cost of building a factory. Factories must adhere to several environmental regulations, among other laws and regulations set out in surrounding towns or cities too mentioned zoning ordinances taxes levies kiyosk fees et cetera which vary depending upon location jurisdiction types so would pay keen attention this aspect as well without exception it forms part of necessary due diligence prior construction commencement.

One of the most significant expenses for building a factory is selecting building materials. This needs careful consideration regarding usage, maintainability cost-reducing approaches best suitable production facility while taking into account weather patterns seismic risks extreme temperatures relative humidity requirements product storage frames load inventory management packing shipping mockup structures display centers marketing exhibits etc Sometimes choosing cheaper materials might end up costing more over time than going with more expensive alternatives that could be better constructed with higher-quality assets at their core ultimately increasing profits lower maintenance costs improved worker safety/work environment reduction hazardous waste disposal concerns besides providing insulation against accidents unforeseeable disasters which can negatively impact business operations bottom line goals long run because they were insufficient from point view either health safety actual functionality productivity side.

Labor wages also contribute significantly [to] determining how much a factory costs. The skilled workers who will build the factory require decent salaries, bonuses benefits such medical referral social security services among others alongside world-class industrial training provided them throughout project phases especially when introducing new technology methodologies machining equipment automation systems assembly lines robotics controllers sensors data analytics bespoke software enterprise resource planning (ERP) systems job scheduling dispatch systems using artificial intelligence algorithms thus making facilities smarter capable adapting fast-changing global marketplace demands effectively efficiently meantime keeping pace ever-evolving trends such industry 4.0 transformative digitalization trend involves connecting machines products supply chains order realize new processes innovations efficiencies possible aligning IT infrastructure operational decision-making power achieving substantial gains profit margin reducing costs sales cycle times lead nurturing repeat purchases positive word-of-mouth advocacy incorporating sentiment analysis real-time feedback management procedures.

In conclusion, building a factory takes intensive planning and research. An entrepreneur should carefully consider all the factors discussed above to determine how much it will cost to build a factory. The location of the site, site preparation expenses, permits and fees required by local or state governments, materials selection costs and labor wages are among the most significant considerations that determine the overall cost of building a factory. Nevertheless, with careful analysis of each factor involved in costing for your chosen production line-size needed demand projections machinery industrial processes operational automation special needs exceptional features etcetera one can achieve excellence profitability beyond expectations expected return investment likewise growth many related interconnected stakeholders eco-systems surrounding ensuring optimal benefits derived possible future opportunities explored value generated de-risked maximum extent plausible within reasonable financial budgetary ratios returns on investment net present value discounted cash flow criteria other relevant performance indicators used project appraisal valuation methodologies employed worldwide while undertaking such vast scale project initiatives like factories towering edifices indeed as we keep expanding horizons advent newer technologies enable ourselves growing scaling up reaching unimaginable heights promise prosperity shared sustainable world benefiting all who live work breathe thrive legacy planet so marvel over possibilities provided these intelligent systems revolutionizing industrial landscape far-reaching ways never imagined before..