Helios Workstation Impact LIVE ENERGY CONSUMPTION, CARBON FOOTPRINT & ROI ESTIMATOR

Adjust your fleet size and location to see annual cost savings and carbon reductions when switching from a typical PC + monitor to Helios.

Standard PC + monitor: 120 W active
Helios TL2805: 27 W average active
Grid emissions: 0.77 lb CO₂ / kWh (US avg)

1. Adjust your inputs

Inputs
250

Slide from a single office up to a large fleet. Max 5,000 seats in this demo.

Rates use latest EIA commercial averages by state (cents per kWh).

9 h/day

Assumes 5 days/week and 50 working weeks per year.

Adds simple payback and 3-year ROI. Leave blank or 0 if you just want to see electricity savings.

Standard workstation energy per hour: 0.12 kWh
Helios energy per hour: 0.027 kWh

2. Results for your fleet

State: —

Annual energy & cost impact

Baseline energy (standard PCs)
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Helios energy
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Annual energy saved
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Annual electricity cost saved
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Carbon footprint reduction

Baseline CO₂ emissions
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Helios CO₂ emissions
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CO₂ avoided each year
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ROI view (optional, if you provide extra hardware cost)

Simple payback period
Add extra cost
Years until cumulative power savings equal the added cost per Helios.
3-year net ROI on power savings
Add extra cost
(Total 3-year power savings – extra cost) ÷ extra cost.

Assumptions: Standard desktop + 24″ monitor at 120 W in active use. Helios TL2805 at 27 W average active based on manufacturer specifications. Working year defined as 5 days/week × 50 weeks/year. State commercial electricity prices from U.S. EIA Electric Power Monthly, Table 5.6.A (Sept 2025 preliminary). Grid emissions factor uses a U.S. average of approximately 0.77 lb CO₂ per kWh based on national electric generation data.