Current Converter Costs and Power

The Probably Stolen Current Converter goes into one machine's battery slot and replaces stored battery charge with paid grid electricity. Its standard cost is 1.5 Credits per kJ, rounded up, and the Current Converter nightly service must be paid for it to provide power. It supplies the machine holding it, rather than every machine in your shop.

Electronic Parts (Common) can lower the rate by 0.1 Credits per kJ each, up to five upgrades and a minimum rate of 1 Credit per kJ. That reduces the ongoing bill; it does not turn the converter into free power. Check the connected machine's demand before deciding whether the convenience is worth its operating cost.

Acquire the converter without confusing value and price

Dr. Jackson is a direct source. His listed stock includes one converter per visit, with additional units associated with Jackson Investment upgrades. The item also appears among the possible contents of several supply containers, including Security Department, Service Department and Engineering Foundry sources.

The converter's listed value is 300 Credits. Treat that as an item reference rather than a promise that every transaction offers the same price. Special stock conditions and the particular trade still matter. If you already have one, begin by examining it instead of buying another because a machine failed to operate.

Serpico's equipment reward includes an option for two Current Converters. That is a reward choice, rather than an automatic grant in every playthrough. If you obtain converters this way, their operating requirements remain the same as those of a purchased unit.

The item takes a 1 by 2 space. Its compact size makes it convenient to handle, but ownership and installation are separate states. A converter sitting in inventory does not establish a power connection to a machine. You need to put it in the appropriate power slot and check its enabled state.

Install it in the machine you want to run

Choose a machine whose battery maintenance you actually want to replace. Start with one installation so that the new cost and any operating problem are easy to identify. Equipping every machine at once can turn a simple power decision into a bill that is difficult to attribute.

1. Open the target machine's interface.
2. Remove the energy cell if one occupies its battery slot.
3. Put the Current Converter into that slot.
4. Check that the converter is switched on.
5. Confirm that its nightly service is available and paid.
6. Supply the machine's ordinary inputs and let the night pass.
7. Inspect the production result and the electricity charge.

A converter changes the power source. It does not replace the machine's input materials, unlock a recipe or complete production instantly. If a correctly powered Furnace lacks metal, changing its energy source cannot produce an ingot. Keep those requirements separate while troubleshooting.

Each machine needs its own appropriate power source. Installing a converter in a Water Purifier does not supply your Furnace, 3D Printer or other equipment. When estimating a larger setup, count the machines actually connected to converters rather than treating the first converter as a shop-wide utility upgrade.

Estimate the recurring bill

The basic calculation starts with the machine's kJ demand and the converter's current rate. The resulting Credit cost is rounded up. Use the machine's present power figure, because installed modules can change its demand.

For an 8 kJ demand, the unupgraded rate gives 12 Credits. At the fully upgraded rate, that same demand gives 8 Credits. These are calculations from the stated demand and rates, not a universal bill for every machine. A different module layout or production requirement changes the relevant input to the calculation.

The nightly service combines the costs of the converters that are on. Adding more connected machines therefore creates a recurring expense beyond the purchase of the items. If the bill is larger than you expected, review every enabled converter and the demand of its machine before assuming a single item is malfunctioning.

Apply upgrades to the correct item

Use Electronic Parts (Common) on the Current Converter to improve its rate. Upgrading the production machine's Quality is a different operation. A purifier with better Quality can make cleaner water, but that does not establish that the converter supplying it has received a cheaper electricity rate.

Keep the two sets of statistics distinct. The converter has a price per kJ, while the machine has a demand in kJ. Reducing either can reduce the resulting expense, but they are different changes. Inspect both after an upgrade rather than relying on the fact that you spent an electronic component somewhere in the setup.

The converter accepts up to five rate upgrades. Do not plan on repeated applications eventually reaching zero cost. The listed best rate remains 1 Credit per kJ. If your goal is to reduce dependence on paid grid power, battery charging is a separate option rather than another stage of this same upgrade path.

When deciding whether to spend a part, compare the rate reduction with how often you actually run that machine. A converter used frequently has a different role from a spare that stays switched off. This comparison does not require a promised payback period; it requires identifying which equipment is producing your recurring charge.

Check switches, services and blackouts

The converter can be switched off. An installed but disabled unit gives no useful power to its host machine, so check the state before changing the rest of the workshop. A single mistaken toggle can resemble a more complicated production failure.

The service is also required. Ownership makes the Current Converter service appear, and its payment covers the night's enabled converter demand. If that service is unavailable or unpaid, the converter's presence in the battery slot is not enough to make the machine run.

A blackout stops converter power. That limitation differs from the remaining charge of an ordinary energy cell. If you want a fallback for a machine that must continue working, keep a suitable charged cell available rather than assuming the converter guarantees operation under every electricity condition.

Check the overnight output after restoring power. Fixing the source does not mean an earlier missed cycle has already happened. The machine still needs its normal production opportunity, inputs and operating conditions. Inspect the finished result before counting the job as complete.

Handle the Power Line Hijack interaction cautiously

The launch-period interaction between Current Converters, Power Line Hijack and the Makeshift Reactor was acknowledged as an oversight. A planned correction is not evidence that your installed build has already received a particular fix. Do not assume those upgrades make converter electricity free or guarantee that every combination behaves as expected.

If a machine fails with a converter, check its enabled state and service first. Then substitute a charged energy cell while keeping the working inputs and production settings the same. Let the machine run through a normal night and compare the result.

A successful battery-powered cycle helps isolate the problem to the converter's power arrangement rather than proving that the recipe was wrong. It does not identify every possible cause by itself. Record which power setup worked and keep the usable fallback while you review your installed build's behavior.

Avoid repeatedly buying converters to solve a service interaction. More copies do not correct a disabled service, a blackout or a problematic upgrade combination. Confirm that one unit works in your current setup before expanding paid grid power to the rest of the shop.

Compare the converter with charged cells

The converter's advantage is avoiding the ordinary depletion and recharge cycle of an energy cell. Its drawback is a recurring Credit cost and dependence on the grid. Battery-based equipment requires charge management but can use Rechargers, PowerBlocs and other compatible charging arrangements.

Neither route guarantees a more profitable shop. Production value, purchase costs and machine demand vary with your actual work. Use the observed nightly bill and the amount of battery maintenance you avoid to decide where a converter belongs.

Diagnose a failed or expensive cycle

For missing output, inspect the power slot, enabled state, service payment, grid availability and normal production inputs. For an unexpectedly high bill, inspect the number of enabled converters, their rates and the current consumption of their machines. These are different symptoms and call for different checks.

After changing a setting, compare the next completed night with the setup you intended. Confirm that the machine actually worked and that the charge matches the power arrangement you chose. Keep the connected machine's result and the electricity bill together when evaluating the installation; either figure alone gives an incomplete picture of what the converter is doing for your shop.