FOR OWNERS AND CONTRACTORS
Bring solar farms faster to market with generative technology
With ALICE, owners and EPC contractors can use optioneering to build with an aim to make solar farms productive as soon as possible.
Accelerate project timeline, achieve cost efficiencies, and mitigate risks with ALICE
ALICE can model the impact of delays such as those caused by procurement issues and suggest alternative sequences to get projects back on track. Owners and contractors use ALICE to optimize their construction schedules to prioritize speed of delivery + energization.
Explore numerous ways to build before you break ground
Use ALICE to explore a variety of construction options and create detailed, resource-loaded schedules you need to pursue and win profitable projects.
Renewable energy on the fast track with ALICE
Optioneer execution strategies in ALICE to learn the cost and time impact of scenarios, plan ahead for supply chain constraints and identify opportunities to optimize the critical path.
ALICE as a generative risk mitigation tool
Use ALICE to optimize project delivery by creating an optimal schedule and resource allocation plan, while also automatically generating corrective schedules to mitigate delays.
CASE STUDY
Optimizing the construction of a solar farm: ALICE's role in minimizing delays and maximizing resource utilization
CUSTOMER: CONFIDENTIAL
A solar farm project faced a critical challenge - how to avoid a potential schedule delay and optimize the work front density.
The team leveraged ALICE to simulate, analyze, and compare various aspects, including cost, time, and construction methods.
Through ALICE, the project not only recouped a potential 45-day delay from the original P6 schedule but also accelerated it by an impressive 23 days beyond the baseline leading to substantial financial gains eventually, bringing the project to market earlier.
More resources from ALICE
How generative technology speeds up project delivery
This whitepaper explores the use of generative technology in the planning + construction of renewable energy projects.
Overview: ALICE for solar farm construction
Read how you can bring wind and solar energy project initiatives to market faster with ALICE.
Webinar: Optimizing project resources with ALICE
We demonstrate resource optimization use cases on three types of projects - commercial, infrastructure, and renewable energy.
Interactive product tour of the ALICE platform
Take this interactive product tour of ALICE to explore the platform's different features.
ALICE PRICING
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Frequently asked questions
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The main component of a solar farm are the solar panels capturing sunlight. Other important factors include the racks holding and positioning the panels, the inverters used to make the captured electricity usable, and the systems needed to connect the solar farm to the grid. Different or extra components may be needed if a solar farm is large or in a colder climate.
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There can be anywhere from one hundred to tens of thousands depending on what the energy needs are from the farm. Other factors that can affect how many panels are in a solar farm would be the size of the area where the farm is located, budget of the construction project, and the overall design of the farm.