AN INTELLIGENT RENEWABLE ENERGY NETWORK
POWER MOVESDIFFERENTLY NOW.
Current connects renewable generation, storage, transmission, businesses, transport, and communities through one balanced energy network.
01 / THE CONNECTED GRID
SEE GENERATION, DEMAND, AND STORAGE AS ONE SYSTEM.
Toggle conceptual layers, select simulated infrastructure, and follow power routes across a regional digital twin.
The digital twin exposes generation, transmission, distribution, storage, demand, transport, weather, and constraint layers.
Sunline Array 4
- Asset type
- Grid asset
- Rated capacity
- 500 kV / 850 MW
- Current output
- Simulated 74% loading
- Availability
- 96% sample availability
- Connected zone
- Central renewable corridor
- Weather
- Mild wind, scattered cloud
- Maintenance
- Crew inspection scheduled
All dashboard information is simulated.
02 / GENERATION
DIFFERENT SOURCES. ONE COORDINATED SUPPLY.
Move through five renewable generation environments and see how each source contributes to a balanced supply.
Solar, wind, hydro, geothermal, and sustainable bioenergy are presented as linked environments with simulated output.
Solar
- Capacity
- 2.4 GW
- Current output
- 1.86 GW
- Operating constraint
- Cloud cover and heat derating
- Weather dependency
- Clear east, scattered afternoon cloud
- Connection
- Routes through Eastgate balancing node
All dashboard information is simulated.
03 / SOLAR
FOLLOW THE SUN. FORECAST THE CLOUDS.
Adjust daylight, cloud cover, panel angle, dust, and temperature to watch a simplified solar output model respond.
The solar farm includes tracking rows, fixed panels, inverters, transformers, roads, vegetation, and a weather station.
Simplified educational simulation. This is not a bankable solar forecast.
04 / WIND
CAPTURE THE WEATHER WITHOUT CONTROLLING IT.
Inspect onshore and offshore wind assets, change speed and direction, pause turbines, and view a simplified wake layer.
Turbines, offshore foundations, array cables, service access, and a weather system respond to wind controls.
Nacelle component view
- Generator
- Conceptual component
- Gearbox
- Inspectable educational cutaway
- Pitch system
- Responds to wind-speed slider
- Export route
- Follow power to onshore substation
All dashboard information is simulated.
05 / HYDRO
STORED WATER. RESPONSIVE POWER.
Follow water from reservoir to intake, penstock, generator, tailrace, and grid connection at a mountainous facility.
The hydro view shows reservoir state, downstream release, flexibility, and a conceptual environmental-flow layer.
High-level concept view only. It does not provide operational instructions for real facilities.
06 / STORAGE
STORE THE SURPLUS. RELEASE IT WHEN THE GRID NEEDS IT.
Operate a simulated battery campus with charge, discharge, and hold modes while state of charge and route intensity shift.
Battery containers, inverters, transformers, cooling lanes, fire-safety zones, and control buildings visualize dispatch.
Storage technologies differ in duration, efficiency, cost, materials, and environmental profile.
07 / BALANCE
SUPPLY AND DEMAND MUST MEET EVERY SECOND.
Run a simplified dispatch simulator with demand events, generation controls, storage behavior, and frequency feedback.
The balance simulator is an educational simplification, not a dispatch or power-system engineering tool.
Educational simplification only. This is not a real dispatch or power-system engineering tool.
08 / TRANSMISSION
MOVE POWER FROM WHERE IT IS GENERATED TO WHERE IT IS NEEDED.
Follow overhead and underground corridors, inspect capacity usage, and trigger a conceptual reroute during an outage.
The transmission corridor includes high-voltage lines, underground cable, substations, reactive support, and interconnection.
Flow lines are conceptual and do not represent AC power-flow physics or real operating instructions.
09 / SWITCHING AND CONTROL
WHERE VOLTAGE CHANGES AND ROUTES CONNECT.
Rotate through a substation model with transformers, breakers, busbars, protection equipment, and a maintenance state.
A visible safety note reinforces that high-voltage infrastructure must only be accessed by qualified personnel.
Eastgate regional substation
- Incoming lines
- 2 high-voltage corridors
- Busbars
- Normal
- Transformers
- 3 sample units
- Protection
- Conceptual relays
- Outgoing feeders
- Urban, industrial, transport
All dashboard information is simulated.
Electrical infrastructure must only be accessed or operated by qualified personnel.
10 / DISTRIBUTION
ONE GRID. MILLIONS OF DIFFERENT MOMENTS.
Move into a city where district demand, rooftop solar, local storage, transit, hospital load, and EV charging change by time of day.
Residential, commercial, hospital, transit, data center, university, industrial, and public service districts animate demand.
11 / LOCAL ENERGY
A SMALLER GRID THAT CAN STAND ON ITS OWN.
Operate a university microgrid in connected, renewable-priority, peak-reduction, backup, and islanded demonstration modes.
The microgrid combines rooftop solar, small wind, battery storage, EV charging, critical loads, and a grid connection.
Conceptual simulation only; not suitable for operating a real microgrid.
12 / MOBILITY
MOVE VEHICLES WITHOUT MOVING THE PEAK.
Compare immediate, off-peak, renewable-matching, fleet, and grid-support charging strategies across a transport network.
Home, workplace, public fast charging, bus depots, delivery fleets, rail, and local batteries shape a sample demand profile.
13 / INDUSTRY
CLEANER POWER FOR THE LOADS THAT SHAPE THE ECONOMY.
Inspect industrial loads, shift flexible processes, and compare illustrative baseline and improved energy states.
Manufacturing lines, electric furnaces, motors, compressed air, heat recovery, solar, storage, and a control room are represented.
14 / FORECAST
THE GRID READS THE WEATHER BEFORE IT REACTS.
Scrub a regional weather timeline to see cloud, wind, temperature, rain, reservoir inflow, generation, and demand impacts.
The forecast view compares simulated values and uncertainty bands; it is not a real weather or generation forecast.
Simulated forecast demonstration only; not a real weather or generation forecast.
15 / RESILIENCE
WHEN CONDITIONS CHANGE, THE GRID MUST ADAPT.
Play a controlled storm sequence as solar falls, wind rises, a line is interrupted, storage discharges, and priority services remain supplied.
The resilience event visualizes conceptual response options without executing actions against real infrastructure.
- 01Storm approaches
- 02Wind output rises
- 03Solar output falls
- 04Transmission line interrupted
- 05Storage discharges
- 06Demand response activates
- 07Power reroutes
- 08Priority services supplied
- 09Line returns
- 10Storage recovering
Controlled simulation only. No actions are connected to real infrastructure.
16 / PROJECTS
RENEWABLE INFRASTRUCTURE ACROSS THE REGION.
Select simulated regional projects and move the 3D map to their generation, storage, microgrid, and charging destinations.
A terrain map links Sunline Array, Northshore Wind, Blue Ridge Hydro, Orbit Storage, Eastgate Microgrid, and Greenway Charging.
SUNLINE ARRAY
- Project type
- 850 MW solar
- Status
- Operating
- Location
- High desert plateau
- Energy connection
- Linked to Current regional grid
- Illustrative outcome
- 1.2 TWh simulated annual renewable supply
All dashboard information is simulated.
17 / MEASURE THE DIFFERENCE
CLAIMS SHOULD COME WITH METHODS.
Review illustrative environmental accounting with measured, modeled, estimated, and goal-based labels plus uncertainty notes.
Metrics cover renewable generation, avoided operational emissions, land, water, materials, habitat, recycling, and end-of-life planning.
Renewable generation
- Sample estimate
- 18.6 TWh
- Calculation basis
- Modeled from simulated fleet availability and regional weather bins.
- Reporting period
- Illustrative 2026 operating year
- Data category
- Modeled
- Uncertainty
- +/- 8%
All dashboard information is simulated.
Avoided-emission and environmental figures are simulated, estimated, or modeled as labeled.
18 / OPERATIONS
ONE SYSTEM, WATCHED CONTINUOUSLY.
Enter a nighttime control center where generation, storage, forecast, transmission, maintenance, and active event desks coordinate.
The control room contains regional displays, analyst stations, shift status, communications, and simulated event workflows.
Regional grid display
- Generation mix
- 87% renewable simulated share
- Demand
- 5.63 GW sample load
- Storage
- 68% state of charge
- Weather
- Storm front in 6-hour forecast
- Planned maintenance
- 2 transmission inspections
- Active events
- 1 conceptual constraint watch
All dashboard information is simulated.
19 / CONNECT TO CURRENT
ENERGY SOLUTIONS BUILT AROUND DIFFERENT NEEDS.
Choose a destination inside the 3D grid to explore renewable supply, industrial microgrids, storage, EV charging, and partnerships.
Solutions are represented as destinations on the grid rather than a conventional feature-card grid.
Renewable Supply
- Included services
- Planning, modeling, procurement, operations
- Sample project type
- Regional supply agreement
- Grid destination
- Moves camera to relevant energy environment
- Consultation panel
- Available in assessment
All dashboard information is simulated.
20 / PLAN YOUR ENERGY FUTURE
WHAT SHOULD YOUR ENERGY SYSTEM DO?
Complete a working multi-step assessment with validation and a live, non-investment-grade project summary.
The assessment collects organization, location, energy profile, goals, and contact details before showing a polished confirmation.
21 / BALANCED SYSTEM
THE FUTURE OF ENERGYIS A BALANCED SYSTEM.
Connect renewable generation, storage, infrastructure, and intelligent demand through one coordinated grid.
Current static grid summary
The Current demonstration connects simulated solar, wind, hydro, geothermal, sustainable bioenergy, battery storage, transmission, substations, city distribution, industrial microgrids, EV charging, weather, resilience, environmental accounting, and operations into one conceptual renewable grid. Reduced-motion users receive the same content and controls with less animated camera movement.