Samai Hidro
Impact Simulation Report Impact estimation report
Project —
Implementation type —
Target population —
Samai Hidro

Simulator.

Fill in the fields to estimate social, economic, and operational impact. These values are estimates and should be adjusted with real data on equipment, climate, energy, logistics, and contract terms.

Input parameters
1 · People and water consumption

Identifies the project or client. Used only in the final summary; it doesn't affect any calculation.

Gives context to the summary for the proposal (this doesn't affect the calculations either).

How many people will use the water. Together with the next field, this defines how much water is needed per day.

Daily consumption per person. Use 2-4 L for drinking only; more if cooking or hygiene are included.

→ Estimated daily need: 0 L/day
2 · Equipment and water production

If you know the model, select it to auto-fill production and consumption. If not, leave it as "Custom" and enter the unit's real data below.

Installed AWG units. A single unit's output is multiplied by this quantity.

Liters/day produced by one unit under ideal conditions, per the manufacturer's spec sheet.

Actual hours of operation. If there are power outages or partial use, lower this value: it reduces production proportionally.

Adjusts production based on the site's actual humidity: humid climates generate more water, dry climates generate less.

→ Adjusted daily production: 0 L · coverage 0%
3 · Energy and operating cost

Site's electricity rate in ARS/kWh (see your electricity bill). Determines the unit's operating cost.

Supply voltage in volts (see the unit's nameplate or manual).

Power draw in amperes (see the nameplate or manual). Voltage × Amperes = the unit's power in watts.

% of consumption covered by solar or another free source. Leave at 0% if all consumption comes from paid grid power.

→ Estimated monthly electricity cost: ARS $0
4 · Comparison with the current method

These figures describe how water is sourced today, without Samai Hidro. They're used only to calculate savings and logistical/environmental impact.

How much they currently pay per liter of water (jugs, water truck, store purchase). Basis for the savings calculation.

Supply trips (truck, jug transport) currently made per month.

Distance traveled on each trip, round trip.

CO₂ equivalent emissions per km for the logistics vehicle. 0.95 kg/km is a reference value for light trucks; replace it if the real figure is known.

→ Estimated monthly savings: ARS $0
Water coverage
0%
Estimated coverage
0%

Estimate based on target population and daily consumption entered.

Key results
Water generated
0 L
0 L/month
Cost per liter
ARS $0
ARS $0 per day
People covered
0
0% coverage
Estimated savings
ARS $0
ARS $0 per year
Operational impact
Daily need
0 L
Adjusted production
0 L
Margin / deficit
0 L
Autonomy
0 days
Economy, energy, and environmental impact
Power per unit
0 W
Daily consumption
0 kWh
Monthly electricity cost
ARS $0
Comparable current cost
ARS $0
Monthly savings
ARS $0
Avoidable km/month
0 km
CO₂e avoided/month
0 kg
CO₂e avoided/year
0 t
Solar energy
0 kWh/day
Comparative scenario
Samai Hidro
Current alternative

Projected monthly electricity cost vs. comparable monthly cost of the current method.

Monthly spend breakdown

Of the monthly spend comparable to the current alternative, how much is paid with Samai Hidro and how much is saved.

Impact index
0
Social
0
Economic
0
Environmental

Internal 0–100 index for comparing scenarios. Does not replace a technical audit.