FAQs

View is a software platform for early stage solar PV design. It can provide technical and financial assessment of new and existing solar projects. As such, our users revolve around Solar Developers, EPCs, Utility companies, IPPs, Investors/ Financiers, and Solar Equipment Manufacturers.

2. What happens with the data I provide to you? Is it safe?

Our software solution is hosted on secure cloud servers and relies on industry leading technologies powered by Amazon Web Services. All data is stored on the cloud under each organization’s account and not shared with other user accounts unless authorized in writing. View does not use the data for any form of marketing or other ancillary services and takes confidentiality very seriously.

3. How is your software different than PVSyst?

View is not an energy-modeling software. View integrates various software solutions and industry data and uses its proprietary algorithms to assess the feasibility of solar projects, hence replacing most of the manual and iterative work involved in estimation, energy modeling and CAD design and financial modeling. Our algorithms integrate civil/geotechnical engineering, electrical engineering, equipment selection, and financial analysis alongside energy modeling to identify financially optimal design and equipment configurations while providing valuable outputs such as choice of equipment, detailed BOMs and automated CAD .dwg layouts. View integrates directly with NREL’s System Advisory Model (SAM) to perform its energy modeling.

4. How are your software’s layout capabilities different than other layout software?

Most commercial solar software solutions are focused on rooftop solar systems whereas View is focused on ground-mounted solar systems (with virtually no limitations on the system size). The layouts generated are financially optimal unlike any other layout software.

5. What range of solar projects is the software ideal for? Can this be used for rooftop? Carport?

View is currently focused on ground-mount solar PV projects only. We do not support analysis for rooftop residential, rooftop commercial or carport installations. We also do not allow for the design of hybrid power plant systems though will soon include solar storage as a component of our design process. Our platform can design ground-mount solar systems from 100kW to 1,000MW+.

6. What do you use for your energy modeling?

View integrates with NREL System Advisory Model (SAM) for all its energy modeling. SAM’s open API allows View to rapidly assess designs and their energy yields. As such, View can assess a large number of possible unique designs to identify financially optimal configurations. Upon identifying the ideal design configuration, users can then take the configuration and generate a PVSyst energy modeling report on their own or HST can provide PVSyst reports on an advisory basis through a manual process.

7. What type of solar PV technologies can you assess using your software?

View is equipment, brand, and technology agnostic. As such, users can assess central alongside string inverter design configurations, fixed tilt and tracker solutions, as well as various types of solar modules from all manufacturers.

8. Can I use your software for existing solar projects?

Yes. Users may model existing plants with available constraints such as land, choice of equipment, system size, etc and generate reports, cost estimates etc for their existing systems. An example of this use case would be plant acquisition scenarios.

9. How are the results from your software powered ground-mounted solar PV design different than manual designs?

How are the results from your software powered ground-mounted solar PV design different than manual designs?

The additional value that View’s design solution provides against manual design varies significantly based on the specific project and can result in large difference on systems not properly designed. However, the fundamental value of our platform lies in the added speed and accuracy it brings to the upfront/ feasibility work, all in a cost-efficient package.

View uses design criteria that is consistent with the industry practices. The software searches for unique design configurations and selection of equipment that given user provided costs would yield financially optimal designs. Our algorithms scan through different design configurations such as DC/AC ratio, Row Spacing, Equipment etc before generating a full preliminary design and engineering report which includes project economics of the design configuration along with financial returns, energy yields, cost estimates, etc.

Knowing that equipment and technology selection are determined and fixed at the early stage level, our software can efficiently assess different configurations to make the best decisions at the early stage.

10. What are the cost and yield benefits from using your software?

Developers/ EPCs traditionally assess an average of 3-5 “manual” designs over 2-3 weeks before determining the feasibility and economics of a solar project. With View, companies can assess up to thousands of unique designs within minutes or hours. Thus, View brings savings on man-hours spent on early-stage design while also increasing accuracy. Beyond the cost / time savings and risk mitigation, the software also leads to an NPV gain that varies based on the project.

11. Do you provide layout drawings? If so, how accurate are the drawings?

Our software automatically generates 2-dimensional AutoCAD drawings for each final design selected alongside the detailed bill of material (cost estimate) related to the plant layout. The layout generation is fully automated and would require final manual modification to finalize. We consider the software generated layout to be approximately 90% complete.

Users can export the drawings, make manual changes and then re-upload the drawings to re-assess the results and obtain the detailed bill of materials.

HST is constantly adding additional granularity to the drawings and in the future plans to also automatically generate SLDs and wire routing diagrams within the drawings.

12. Do you work with EPCs?

Yes. EPCs use View for responding to early-stage design and engineering work inquiries, bidding and proposal generation. Preconstruction and estimation teams find View a valuable resource for generating optimal layouts, detailed cost estimates and equipment selection (if applicable). In the future, View will also address later stage engineering drawings and construction packages essential for EPCs.

13. Can the software be used to design solar ground-mounted projects outside of the United States?

Yes. View design software was used to design and assess over 8 GW of projects across five continents – nearly 2GW of which is operating. Our software provides both metric and imperial system units, as well as international currecncies and is well suited for all geographies.

14. What is the cost of the software? How do I pay for it?

There are various licensing packages and offers for the software primarily determined based on a company’s project pipeline. We allow for unlimited users inside an organization and directly invoice the company using the software. We offer low-cost “per report” and “per project” pricing options.

For investors and companies looking for consulting services, View can also provide solar PV design in-house consulting services through its licensed Professional Engineers directly using the software.

15. Do you provide technical support?

Yes. View users have direct access to the team’s technical support.

16. Who developed the software?

View was developed by a team of solar professionals (including licensed professional engineers and solar developers) with decades of collective experience working in the solar industry. The team’s unique experience working at various solar companies and EPCs make them well suited to work alongside our in-house software engineering team to provide industry leading solar PV design software. View’s independent position ensures it provides users with objective results.

17. What are the primary use cases of the View platform for solar developers?

View is used for the automation of development and screening evaluations. Our clients don’t see View as replacing any other solar tools (eg Helioscope, PVsyst, etc), but as a replacement to the slow and inefficient iteration cycles between Excel, PVSyst and AutoCAD when making estimation, dev engineering and financing decisions. They use View to evaluate boundaries at the early stages, compare equipment, and look at high level BOMs and financially optimum layouts. Other use cases include quick-scan LCOE evaluations, 8760 energy revenue files and sensitivity analysis.

SITE IDENTIFICATION & LAYOUT

1. Can I identify a project location by inputting latitude, longitude?

Yes, using the site latitude and longitude of a site when creating a new project would be the best way to identify the site location. Refer to this user manual article for instructions on defining site location using site lat, long: http://docs.hstsolar.com/docs/user-manual/create-and-edit-a-project/create-a-new-project/

2. I have a project in the southern hemisphere, what is the ideal azimuth value for this project?

SAM, which HST uses for energy simulation, uses the following convention for projects located in the southern hemisphere: The azimuth should be set to 0 (or the vicinity of depending on user preferences) to get the correct optimal tilt and energy performance. (This is mainly applicable to fixed tilt racking architecture).

3. Can I upload a DWG or SHP files of my project into the software?

View currently only supports KML /KMZ file uploads. DWG or SHP files may be exported to KML format via applications such as Civil3D and ArcGIS respectively, provided the site is properly geolocated in these applications.

4. Does your platform support site-specific topo for slope analysis?

Not currently. The platform is connected to ESRI’s ArcGIS database which aggregates highest resolution topo data available through U.S. and international sources worldwide (e.g. USDA, USGS, AirBus, etc).

5. Is the CAD output generated by your platform to scale? Can it be used for further stages of design?

Yes. The automatically-generated CAD file is drawn to scale in the model space. It may be used seamlessly in the further stages of design or to generate preliminary layout files.

6. Do I have the flexibility to create my own layout sub-blocks?

No. Sub blocks are created and sized automatically to minimize sub-block $/W based on the following constraints:

i. DC/AC Ratio Target

ii. Row Spacing

iii. Rack Configuration (mods up x mods across)

iv. Max Inverter Fuse Size

v. Max Inputs per Inverter

vi. Max String Size

vii. Max Combiner Box Size

EQUIPMENT AND BALANCE OF SYSTEM

1. Can the HST platform consider various modules and inverter types and identify the most favorable combination?

Yes. Under the equipment tab, the user may select up to 5 different modules and 5 different inverters and have the software identify the combination using which equipment yields the highest return. HST only selects one type of module and one type of inverter for each design and does not allow mixing and matching of different equipment.

2. How can I design for multiple racking configurations?

View currently supports the selection of one rack profile per run – we do not optimize for the optimized rack.

To see side by side results for different racking profiles, we suggest cloning the project, defining the new racking, and running the projects in parallel. This will save time on obtaining and comparing results between various racking architectures.

3. How do you consider electrical commodity pricing?

The following component pricing is obtained automatically through an internal HST cost database that we update bi-annually:

Combiner Boxes

Cable (LV and MV)

Conduit

Grounding Conductors

MV transformers

Panelboards (AC Combiner Boxes)

Switchboards (AC Recombiner Boxes)

String Connectors

Pre-parallel String Harnesses

Pre-parallel string in-line fuses

4. I changed the equipment profile of an already existing equipment. However, the changes are not reflected in the project environment. Why is that the case?

Every time equipment or racking profiles change, the user needs to go to the particular project, clear the old profile and reload it within the project page to reflect the changes in the equipment profile.

5. Does your platform support thin-film modules?

Yes HST is equipment and technology agnostic. To ensure thin-film modules are properly simulated, users will need to enable pre-paralleling of strings by going to Electrical tab /Advanced/Preparallel Strings and selecting “Yes” from the drop-down menu.

DESIGN OPTIONS

1. Do you provide a log of all the design iterations your software looked at while performing an optimization?

Yes. When a user optimizes and requests to assess a range of designs in the Design Goals tab, they can obtain a log of all the assessed unique designs when the report is generated. Click Reports and you can find the Log alongside Financial Model and other selected add-ons.

2. Can I find out the maximum PV system size I can pack on a given site using View?

Yes. Under the Design Goals tab, simply pick LCOE as your optimization metric and place a checkmark next to all the design parameters of choice (ensure that the maximum system size is well beyond what you think can fit on the site) and the system will find the largest optimal size. If the user has particular row spacing and DC/AC ratios in mind, then simply float the AC system size and the software will determine the largest system size it could pack on the site.

GENERAL

SITE IDENTIFICATION & LAYOUT

EQUIPMENT AND BALANCE OF SYSTEM

DESIGN OPTIONS

GENERAL

SITE IDENTIFICATION & LAYOUT

EQUIPMENT AND BALANCE OF SYSTEM

DESIGN OPTIONS

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FAQs