52 MWp solar, firmed by storage,
contracted for 25 years.

Teraspike is developing a utility-scale solar and battery storage project in Mizoram, designed around long-term contracted revenue, clean power generation, and institutional-grade project discipline.

₹4.75
Fixed PPA tariff · per unit · 25 yrs
23.7%
Pre-tax levered equity IRR · base case
1.57×
Minimum DSCR · year 15
₹255.7 cr
Enterprise value · DCF
Scroll
0MU / yr
Estimated annual clean-energy generation
Based on an 18% capacity-utilisation assumption across 52 MWp, subject to final independent yield assessment.
0cr
Estimated contracted revenue over 25 years
Based on a fixed ₹4.75/kWh tariff under the 25-year PPA structure.
0+
Indicative homes-equivalent served
Clean power generation supporting Mizoram's electricity demand.
0t / yr
Estimated annual CO₂ avoided
Estimated avoided emissions based on displacement of grid-connected fossil generation.
About Teraspike

Built as infrastructure, not speculation.

Teraspike develops utility-scale solar infrastructure supported by battery storage. The first platform is a 52 MWp project across four sites in Mizoram, structured around long-term contracted revenue, disciplined execution, and measurable local value.

Contracted revenue visibility

The 25-year Power Purchase Agreement fixes the tariff at ₹4.75/kWh, creating long-term revenue visibility and reducing exposure to merchant power-price volatility.

Key development risks reduced

State-supported power evacuation reduces a major infrastructure burden and helps lower right-of-way and interconnection risk.

Local economic value

The project supports clean generation, storage-backed grid resilience, long-term lease income for local Village Councils, and skilled employment through construction and operations.

The market need

India needs dependable clean power, not just installed capacity.

Solar generation is increasingly cost-competitive, but grid value depends on reliability, dispatch support, and contract structure. Teraspike combines generation, storage, and long-term offtake to create a more bankable clean-energy asset.

India's Northeast remains underdeveloped in renewable infrastructure despite strong clean-energy potential. Teraspike starts with Mizoram and is designed as a repeatable solar-plus-storage platform for the region.

Why this project, why now

Three fundamentals support the investment case.

  • Contracted tariff. The ₹4.75/kWh contracted tariff provides a clear spread against recent solar-plus-storage benchmarks and supports long-term project economics.
  • Storage is now bankable. Lithium-iron-phosphate batteries are increasingly accepted for grid-scale applications, supporting peak delivery, ramp control, and improved grid value.
  • Policy alignment. National storage policy, ALMM domestic-content requirements, and state-level support are aligned with solar-plus-storage infrastructure.
Aerial view of a Teraspike site and substation in the Mizoram hills
The sites

Four sites, one cluster.

Serchhip and Champhai — 208 acres on a 30-year lease, run as a single portfolio.

Aerial solar platform with live grid connections
Grid-ready

State-funded evacuation.

Every megawatt carried cleanly from site to grid.

The project

Four sites. One integrated solar-plus-storage platform.

Project Sites are structured as one portfolio for procurement efficiency, common financing, unified operations, and coordinated battery-supported grid delivery.

The portfolio
52 MWp across four sites
Serchhip & Champhai districts, Mizoram
Select a site to view details
India
4 SITES · 52 MWP Mizoram
MIZORAM 1 · Pam Tul Ram · 20 MWp 2 · Mau Tam Lo Mual · 5 MWp 3 · Bungtlang · 12 MWp 4 · South Khawbung · 15 MWp
Select the marker to view the project location
Project Sites
1

Pam Tul Ram

North Vanlaiphai · Serchhip district
20 MWp
2

Mau Tam Lo Mual

Chhingchhip · Serchhip district
5 MWp
3

Bungtlang

Serchhip district
12 MWp
4

South Khawbung

Champhai district
15 MWp

Three sites are located in Serchhip, with South Khawbung positioned approximately 100 km east in Champhai. Each site has its own access, terrain, and grid considerations, while procurement, financing, and operations are managed as a single portfolio.

208 acres
Allotted at approximately 4 acres per MW under a 30-year lease structure, exceeding the 25-year PPA tenure.
₹4.75/kWh
Fixed for the 25-year PPA term, forming the core revenue base of the project.
18% CUF
Net capacity-utilisation assumption, subject to independent energy-yield validation.
16–18 mo
Target timeline from financial close to commercial operation.
System Architecture

Solar generation strengthened by storage.

High-efficiency solar modules generate clean electricity, while the lithium-iron-phosphate battery system supports peak delivery, ramp control, and smoother grid integration through state-supported evacuation infrastructure.

High-efficiency solar panels across the Mizoram hills

Solar PV Array

52 MWp · ALMM modules

Battery Energy Storage System

5.2 MW / 20.8 MWh

Grid Evacuation

Funded by Mizoram

Grid Supply

~75,000 homes

Solar PV

  • High-efficiency mono-PERC / TOPCon modules, aligned with ALMM requirements
  • 25-year performance warranties; 0.5%/yr degradation modelled
  • Hot-dip galvanised mounting systems with a 98%+ availability target
  • SCADA, plant controller and weather monitoring

Storage

  • 5.2 MW / 20.8 MWh, 4-hour lithium-iron-phosphate (LFP)
  • Peak support, ramp-rate control, and improved grid stability
  • 86–90% round-trip efficiency; 6,000+ cycle life
  • IEC 62619 / 62933 / UL 9540A-grade fire safety

Grid & controls

  • State-supported evacuation infrastructure to the delivery point
  • Full LVRT/HVRT and grid-code compliance
  • ABT-compliant main & check metering
  • SLDC scheduling, forecasting and telemetry
Operations, Monitoring & Maintenance

Designed for long-term operational performance.

Each site is integrated with SCADA and energy-management systems that coordinate solar generation, battery operations, and grid scheduling. Performance is monitored continuously, with preventive maintenance planned across the asset life.

  • Predictive O&M: module cleaning, thermal inspections, inverter maintenance, string testing, and vegetation control on a planned cycle.
  • Battery health: continuous BMS monitoring, capacity testing, and augmentation planning around years 8–12.
  • Insurance & guarantees: performance-ratio and availability guarantees supported by construction, operational, and business-interruption insurance.

Integrated System Overview

A coordinated solar-plus-storage infrastructure platform.

98%+
Plant availability target
0.5%/yr
Modelled degradation
4-hour
Storage duration
24/7
Remote monitoring
Battery storage containers beside the solar array
Storage-backed delivery

Power that holds past sunset.

20.8 MWh of four-hour LFP storage carries output into Mizoram's evening peak.

Substation and inverter yard with live transmission lines
Infrastructure-grade

Built to move every megawatt.

Lender- and grid-code-grade substation, metering and controls.

Sunlight, stored for after dark.

The 5.2 MW / 20.8 MWh lithium-iron-phosphate system charges during solar-generation hours and dispatches during selected peak-demand periods.

Battery storage
Solar Input
28%state of charge
Grid Dispatch
5.2 MW
Dispatch capacity over four hours
20.8 MWh
Usable stored energy per full cycle
6,000+
Expected cycle life · LFP chemistry
86–90%
Estimated round-trip efficiency

Indicative operating view. The battery is sized at 10% of solar capacity to support peak delivery, ramp control, and limited evening firming. It is not designed as full round-the-clock supply.

Teraspike construction and operations on site in Mizoram
01 · Build

Engineered, then built to last.

Four sites across Serchhip and Champhai, executed on a defined 16–18 month path — ALMM modules, hot-dip-galvanised mounting and a four-hour LFP battery, all on land leased for 30 years.

02 · Energise

Storage-backed and grid-ready.

State-funded evacuation carries every megawatt to the grid, while 20.8 MWh of storage shifts midday solar into Mizoram's winter-evening peak — firmer, more dispatchable power.

03 · Deliver

25 years of contracted power.

A fixed ₹4.75/kWh tariff for 25 years turns sunlight into contracted, inflation-resilient cash flow — Year-1 revenue of ₹38.95 cr, ~₹917 cr contracted over the life of the PPA.

Project Economics

Contracted tariff drives the base case.

Teraspike's model is built around a fixed ₹4.75/kWh tariff under a 25-year PPA. The spread between contracted revenue and levelised cost supports the project's return profile.

Contracted Tariff vs Market Benchmarks

₹ per kWh. Teraspike's contracted tariff compared with selected market benchmarks.

₹4.75Teraspike
contracted tariff
₹4.15Solar-plus-storage
benchmark
₹3.85Estimated Teraspike
LCOE
₹3.32Recent auction
benchmark

Indicative Equity Value Range

₹ crore. Indicative valuation approaches at commercial operation.

EV less debt
₹116.7
FCFE @ 18%
₹90.7
FCFE @ 20%
₹81.8
Practical range
₹82–117

Indicative COD-stage equity value range. Enterprise value modelled at ₹255.7 crore using an 11.7% WACC, with project NPV of ₹57.1 crore. For discussion only.

0cr
Estimated gross contracted revenue over 25 years
0cr
Estimated project cash flow available for debt service
0cr
Project NPV at 11.7% WACC
0/kWh
Estimated levelised cost of energy, pre-tax

Long-term contracted cash flow, supported by project fundamentals.

A ₹4.75/kWh contracted tariff against an estimated ₹3.85/kWh levelised cost supports long-term cash flow visibility and debt-service coverage.

Investor Overview
0%

Levered equity IRR

0%

Project IRR

0×

Minimum DSCR over the loan

0cr

Enterprise value (DCF)

Pre-tax base case as reflected in the financial model. Indicative post-tax view assumes corporate tax impact, partly offset by accelerated depreciation.

Capital

₹199 crore · 70:30 debt-equity structure

Construction

16–18 months

Generation

~82 MU / yr

Revenue

₹917 cr / 25 yr

Returns

27.6% equity IRR

Capital structure

Debt · 70% · ₹139 cr Equity · 30% · ₹60 cr
  • Estimated Project Cost Base project cost of ₹198.6 crore, with a corrected BESS case of approximately ₹213 crore. Term debt assumed at 9% over 15 years.
  • Average DSCR of 1.85× across the loan tenor, indicating reasonable debt-service coverage for a contracted asset.
  • Estimated 25-year contracted revenue of ₹917 crore and project cash flow available for debt service of ₹742 crore.
  • Equity cash flows improve materially after year 15, once the term loan is fully repaid.
Request Investor Materials

Value creation through development milestones

Equity value is expected to increase as the project moves through key milestones including PPA execution, land documentation, financial close, construction, and commercial operation.

₹16Current allocation
stage
₹30Pre-construction
de-risking
₹55Financial
close
₹100Commercial
operation

Indicative equity value in ₹ crore. COD-stage equity value modelled at ₹82–117 crore. Figures are for discussion only and do not constitute an offer.

Sunrise over the Mizoram solar and storage site
52 MWp · Mizoram

The sun rises on 52 megawatts of contracted power.

Across four sites in Serchhip and Champhai, a 25-year PPA turns each sunrise into contracted, inflation-resilient cash flow.

Government & community

Clean power with local economic value.

Beyond investor returns, the project supports Mizoram's clean-energy capacity, grid resilience, local lease income, and long-term employment.

0+

Indicative homes-equivalent served

0t

Estimated annual CO₂ avoided

0 yrs

Lease income term for Village Councils

0 MW

Clean capacity added to the State grid

0+
indicative homes-equivalent served once operational
0t
estimated CO₂ avoided annually
Community-aligned development

Designed as a long-term infrastructure partner for Mizoram.

  • Skilled employment across construction, operations, and maintenance at all four sites.
  • Long-term lease income to local Village Councils under the 30-year lease structure.
  • Storage support for evening peak demand, improving the grid value of solar generation.
  • A long-term contribution to Mizoram's renewable-energy capacity and energy security.

Governance and ESG

Teraspike maintains an ESG register covering community consultation, labour compliance, biodiversity screening, battery recycling and disposal, fire safety, emergency response, and grievance redressal.

Throughout development and operations, Teraspike works with State and local authorities because long-term infrastructure depends on long-term relationships.

Standards, Diligence & Assurance

What supports bankability.

Designed around the technical, legal, financial, and operational standards required by lenders, insurers, and grid stakeholders.

ALMM-compliant

Approved-list modules and cells aligned with MNRE requirements

IEC 62619 / 62933

Grid-scale battery safety and system standards

UL 9540A

Battery fire-propagation testing standard

CEA & CERC grid code

LVRT/HVRT, protection, and grid-code compliance

ABT metering

Main and check metering at the delivery point

P50 / P90 yield

Independent P50/P90 energy-yield assessment

Lender's Engineer

Independent technical and legal review

All-risk insured

Construction, operational, and business-interruption insurance

Focused on the risks that determine bankability

Teraspike's development sequence prioritises the diligence items that determine whether the project is financeable: offtake security, grid absorption, land title, and verified generation yield.

Payment security

Letter of credit, escrow or tripartite arrangements, and State payment support behind the offtake.

Grid absorption

Written STU/SLDC confirmation covering evacuation route, grid absorption, and curtailment risk.

Clean land title

Legal review of tenure, title, and mortgageability across the allotted land.

Verified yield

Independent P50/P90 generation assessment prior to financial close.

Teraspike engineers reviewing plans above the solar array
Built for delivery

A team that ships.

Disciplined, grid-ready execution from development to COD.

The Teraspike project team on site in Mizoram
On the ground

Present where it's built.

Hands-on across all four Mizoram sites.

Company

Teraspike Power LLP

Teraspike Power LLP is a renewable-energy developer focused on solar-plus-storage infrastructure in India's Northeast. The first project begins in Mizoram and is structured as a repeatable regional platform.

From financial close to commercial operation

Target 16–18 month execution timeline

Review the key development and construction phases.

Phase 1 · Month 0–2

Final DPR & technical validation

Site survey, solar-resource assessment, topo/geotech, layout and BESS-sizing validation.

Phase 2 · Month 1–4

Approvals & financial closure

PPA finalisation, land-lease documentation, clearances and debt sanction.

Phase 3 · Month 3–6

EPC tendering & procurement

EPC/OEM bids, module, inverter and BESS selection, procurement contracts.

Phase 4 · Month 5–9

Civil & structural works

Access roads, fencing, grading, drainage, foundations and mounting-structure erection.

Phase 5 · Month 7–12

Solar erection & electrical

Module installation, DC/AC cabling, inverters, transformers and HT switchyard.

Phase 6 · Month 9–12

BESS installation & integration

Battery containers, power-conversion system, EMS/BMS, HVAC and fire protection.

Phase 7 · Month 12–14

Testing & pre-commissioning

String, relay and SCADA tests, plant controller, metering and BESS charge/discharge.

Phase 8 · Month 14–16

Grid synchronisation & COD

Trial run, synchronisation, performance-ratio test and commercial-operation declaration.

Phase 9 · Month 16–18

Stabilisation & O&M handover

Performance monitoring, punch-list closure and operations-and-maintenance mobilisation.

Platform Vision

To build a leading solar-plus-storage platform in India's Northeast, combining contracted renewable assets, disciplined engineering, and long-term community alignment.

Regional Roadmap

The 52 MWp Mizoram project is the first platform. The same approach — solar plus storage, bankable contract structure, and local partnership — can be replicated across underdeveloped clean-energy markets in the region.

Careers and Partners

Teraspike expects to engage engineering, operations, community-relations, EPC, OEM, and financing partners as the project advances. Interested partners can contact the team below.

Investor FAQ

Key questions, answered clearly.

Clear answers for investors, lenders, government stakeholders, and strategic partners.

Teraspike is developing a 52 MWp grid-connected, ground-mounted solar PV portfolio across four sites in Mizoram, supported by a 5.2 MW / 20.8 MWh four-hour lithium-iron-phosphate battery system. Power is structured to be sold under a 25-year Power Purchase Agreement at a fixed ₹4.75/kWh tariff.

The ₹4.75/kWh tariff is central to the project's economics. Against an estimated levelised cost of approximately ₹3.85/kWh and selected solar-plus-storage benchmarks in the ₹3.32–4.30/kWh range, the fixed tariff supports long-term margin visibility, debt-service coverage, and equity returns.

No. The battery is sized at 10% of solar capacity and can deliver 5.2 MW for four hours. It supports peak delivery, ramp control, grid smoothing, and limited evening firming, but it does not convert the full 52 MWp solar project into round-the-clock firm supply. True 24/7 firm power would require materially larger storage or hybridisation.

The current model assumes a 70:30 debt-to-equity structure, with approximately ₹139 crore of term debt at 9% over 15 years and approximately ₹60 crore of equity against a base project cost of ₹198.6 crore, or approximately ₹213 crore under the corrected BESS case. The pre-tax base case shows a project IRR of 15.93%, a levered equity IRR of 27.58%, and a minimum DSCR of 1.68×. Post-tax returns are indicative and subject to final diligence.

Bankability depends on four key diligence areas: payment security behind the offtaker, grid absorption and evacuation route, clean and mortgageable land title, and independently verified energy yield. Teraspike's development approach is to resolve these items before committing major project capital.

The target is commercial operation within 16–18 months of financial close, across nine phases from final DPR through procurement, civil works, solar and battery installation, testing and grid synchronisation. State-provided evacuation is the critical-path item, and the monsoon season shapes the civil-works window.

It adds 52 MW of clean capacity to the State grid, brings storage that supports the evening peak, creates construction and long-term operations jobs, and pays three decades of lease income to local Village Councils, all under an ESG framework built with State and local authorities.

Project Sites are allotted and the platform is in active development, working the PPA, land documents and financing toward financial close. If you're an investor, an EPC or OEM partner, a financier, or with the government, the quickest path is to start a conversation below and we'll send the detailed materials that fit.

The Mizoram solar valley at golden hour
The long haul

A 25-year contracted asset.

From construction through commissioning on a defined 16–18 month path — here for the communities it serves.

Contact

Investor Overview, partners,
and strategic stakeholders.

Teraspike is open to conversations with investors, lenders, government stakeholders, EPC/OEM partners, carbon-credit buyers, and strategic infrastructure partners.

Investor Materials Contact